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Explaining consumer shopping channel preferences
in retail categories
Hassen Kajee
Research assignment presented in partial fulfilment
of the requirements for the degree of
Master of Business Administration
at Stellenbosch University
Supervisor: Dr Marietjie Theron-Wepener
Degree of confidentiality: A
Declaration
I, Hassen Kajee, declare that the entire body of work contained in this research assignment is my
own, original work; that I am the sole author thereof (save to the extent explicitly otherwise stated),
that reproduction and publication thereof by Stellenbosch University will not infringe any third party
rights and that I have not previously in its entirety or in part submitted it for obtaining any
qualification.
H Kajee
19738943
Copyright © 2013 Stellenbosch University All rights reserved
Acknowledgements
I would like to acknowledge my wife for her patience and support through this project. I would also
like to acknowledge my two amazing children who allowed me the opportunity to dedicate the
required time to complete this project. A big thank you to my supervisor, Dr Marietjie Theron-
Wepener, for giving me direction, being patient and making me believe I can get this done.
Abstract
The proposed research aims to understand the shopping behaviour and attitudes of consumers
towards categories within the retail sector based on preference towards an online or offline
medium of purchase. The shopping categories used in this study covered Groceries,
Shoes/Clothing, Electronics, Gifts and Homeware with online attributes of price, delivery and
convenience being measured. The target audience are individuals already purchasing online. The
members of the target audience are from different genders, age groups and family sizes, and their
relationship statuses differ. The study also investigated age and gender factors in online
purchasing.
The research looked at the current state of online and mall purchasing in South Africa and
emerging markets in order to gain a better understanding of the South African consumer and a
directive towards the evolution of shopping in the country.
An online survey was used to collect data from individuals already purchasing online. The survey
was distributed via an online survey platform. The database was sourced from two online
platforms.
There are gender differences in shopping channel preference within the categories of Electronics,
Gifts and Homeware. Consumers are adopting omni-channel shopping behaviour where offline is
the primary channel and online the supplementary channel.
Online security was not a primary concern compared to the attributes of convenience, delivery and
price. Consumers differed in their attitudes to the retail attributes of convenience, delivery and price
based on the category in question. Electronics and Gifts had more favourable ratings.
Key words
Attitude, convenience, malls, offline shopping, omni-channel, online shopping, retail categories.
Table of contents
Declaration 2
Acknowledgements 3
Abstract 4
List of tables 6
List of figures 7
CHAPTER 1 INTRODUCTION 9
1.1 INTRODUCTION 9
1.2 BACKGROUND 9
1.3 PROBLEM STATEMENT 12
1.4 RESEARCH QUESTIONS 12
1.5 CHAPTER OUTLINE 13
1.6 SUMMARY 13
CHAPTER 2 LITERATURE REVIEW 14
2.1 INTRODUCTION 14
2.2 LITERATURE REVIEW 14
2.3 SUMMARY 29
CHAPTER 3 RESEARCH METHODOLOGY 30
3.1 INTRODUCTION 30
3.2 THE POPULATION AND SAMPLE 30
3.3 THE QUESTIONNAIRE DESIGN 30
3.4 DATA COLLECTION 32
3.5 DATA ANALYSIS 33
3.6 SUMMARY 34
CHAPTER 4 FINDINGS 35
4.1 INTRODUCTION 35
4.2 MAIN FINDINGS 37
4.3 SUMMARY 49
CHAPTER 5 SUMMARY, CONCLUSION AND RECOMMENDATIONS 51
5.1 INTRODUCTION 51
5.2 SUMMARY OF MAIN FINDINGS 51
5.3 RECOMMENDATIONS FOR FUTURE RESEARCH 52
5.4 RECOMMENDATIONS 52
5.5 CONCLUSION 52
REFERENCES 54
APPENDIX A – Statistical Tables 60
APPENDIX B - Questionairre 125
List of tables
Table 2.1: A typology of consumer value: mall shopping vs online shopping 8
Table 2.2: Attributes of e-service quality 9
Table 3.1: Demographic questions 23
Table 3.2: Purchasing behaviour online (measured in percentages) 23
Table 3.3: Online attributes related to shopping categories 24
Table 3.4: Online attributes related to the success of online shopping 24
Table 4.1: Summarised findings on the Anova and hypothesis tests for gender 29
Table 4.2: Descriptive analysis of gender channel usage 30
Table 4.3: Summarised findings on the Anova and hypothesis tests for family status 30
Table 4.4: Descriptive analysis of family status channel usage 31
Table 4.5: Hypothesis test for online channel usage 32
Table 4.6: Hypothesis test for online versus malls 33
Table 4.7: Anova test for category channel bias 34
Table 4.8: Descriptive statistics for attribute analysis between categories 35
Table 4.9: Friedman Anova sum of ranks for delivery 36
Table 4.10: Anova test for delivery attribute between categories 36
Table 4.11: Friedman Anova sum of ranks for convenience 36
Table 4.12: Wilcoxon test for price attributes of Shoes/Clothes and Electronics 37
Table 4.13: Spearman correlation table between age and online purchases 38
Table 4.14: Spearman correlation table between age and mall purchases 39
Table 4.15: Anova table for online security and family status 40
Table 4.16: Age and propensity to pay delivery charges 40
Table 4.17: Anova and Cronbach reliability table for attitude to the future of online
shopping 41
List of figures
Figure 2.1: Theory of Reasoned Action 10
Figure 4.1: Gender responses 27
Figure 4.2: Family status responses 28
Figure 4.3: Age percentages 28
Abbreviations and acronyms
DOI Diffusion of Innovation (theory)
MRT Media Richness Theory
OSAM Online Shopping Acceptance Model
PBC Perceived Behavioural Control
SACSC South African Council of Shopping Centres
TPB Theory of Planned Behaviour
TRA Theory of Reasoned Action
UK United Kingdom
USA United States of America
CHAPTER 1
INTRODUCTION
1.1 INTRODUCTION
The proposed research aims to understand the shopping behaviour and attitudes of consumers
towards shopping categories within the retail sector based on their preferences towards online or
offline mediums of purchase. The retail categories relate to Groceries, Shoes/Clothing, Gifts,
Electronics and Homeware, with the online attributes of price, delivery and convenience being
measured. The target audience consists of individuals already purchasing online. The members of
the target audience are from different genders, age groups and family set-ups, and their
relationship status differs.
The research will focus on the current state of online and mall purchasing in South Africa and in
emerging markets in order to gain a better understanding of South African consumers and the
evolution of shopping in the country.
In order to describe the current state of e-commerce in South Africa, the literature review of this
research assignment is based on a wide range of online articles, reports and journals. An online
questionnaire was used to collect primary data on consumer preferences towards online and offline
mediums of purchase.
1.2 BACKGROUND
According to the 2015 PwC report Prospects in the retail and consumer goods sector in ten sub-
Saharan countries, consumers in South Africa are under pressure from high debt, high utility costs
and high unemployment (PwC, 2015). The Consumer Confidence Index dropped to a multi-year
low as further economic deterioration is expected. Consumers were being forced to adjust
consumption patterns towards lower priced products, foregoing discretionary purchases. The
report further mentioned that the higher income strata are resilient to the economic downturn, with
consumers becoming more demanding and placing a premium on convenience and to a lesser
extent on online purchasing. Urbanisation was on the increase with 64.8% of the total South
African population urbanised in 2015 (PwC, 2015). In addition, the number of economically active
South Africans will increase as 48.6% of the South African population is under 25 years of age
(PwC, 2015).
According to a report by the South African Council of Shopping Centres (SACSC) – Urbanisation
and the impact of future shopping centre development in Africa and South Africa – urbanisation will
be responsible for a R70 billion increase in retail spend by 2021/2025, with a further demand of 1.5
million to 2 million square meters of additional retail space (SACSC, 2014). As a result, the number
of malls in South Africa has grown to 1 785 with consistent investment in progressive expansion of
this industry (BusinessTech, 2016).
A.T. Kearney’s report on the Global Retail Development Index in 2013 described South Africa as a
well-developed retail market, beyond the mature stage (A.T. Kearney, 2013). This means that
competition within the market is fierce, real estate is expensive and consumer are discretionary
spenders. South Africa was also benchmarked against First World countries, such as Australia,
with South Africa reporting an estimated 1 700 shopping centres versus Australia with 1 452
shopping centres (A.T. Kearney, 2013).
In contrast, the retail sector in the United States of America (USA) has reached a mature stage.
Malls in the suburbs are being “boarded up and decaying”, and big anchor tenants are starting to
move out (Peterson, 2014). Within the next 20 years, it is expected that half of America’s shopping
malls will start closing down, with many staying alive mainly as a result of strong anchor tenants
(Peterson, 2014). Malls in the urban middle class areas in the USA are decaying as a result of
people moving to the cities and online shopping taking a 6% bite out of the retail sector (Uberti,
2014).
Worldwide, mall explosions occur during phases of suburban growth. This means that as people
move to the suburbs, investment in shopping malls increases significantly and mall development
booms with developers keen to maximise profits. Suburban growth occurred in the mid-1980s for
post-war USA and it is currently happening in South Africa. In South Africa in particular, the fall of
apartheid and rise of the middle class with spending power are leading to increased suburban
growth and shopping mall development. Currently, South Africa with its population of 55 million
people has an estimated 1 700 shopping malls while the USA with a population of 318.9 million
has roughly 1 000 active malls.
Retail sector growth in South Africa has seen the country possibly over-capitalise on malls with
signs of saturation. According to an article posted on the SA Commercial Prop News website,
South Africa is facing a mall oversupply despite consumer pressure (SA Commercial Prop News,
2016). South African consumers are cash strapped, and the continuous growth of malls means that
trade will be transferred from one mall to another mall (SA Commercial Prop News, 2016).
It is possible that the closing down of malls in a First World country such as the USA could be an
indication of what the future could bear for a Third World emerging economy like South Africa once
the retail sector reaches saturation and the new tech savvy generation takes over.
1.2.1 The growth of ecommerce in South Africa
In the USA, over 64% of consumers own a smartphone, with 80% of these consumers using their
smartphones to do online shopping (Sosa, 2017). Cyber Monday has become the largest online
sales day in the USA, with shoppers spending $3 billion online, with 30% of those sales made via
mobile sales (Sosa, 2017). In 2016, mobile commerce was responsible for 25% of ecommerce
sales in the USA (Sosa, 2017).
In South Africa, too, online shopping is increasing concurrent to the rapid expansion of bricks-and-
mortar shopping facilities. Currently, South Africa represents the largest ecommerce player on the
African continent, with sales growing by 30% annually (PayU, 2017). In addition, South Africans
are becoming more confident with using online channels, with 20.6% saying they have never
shopped online, 19.4% saying they only shop online, and 32% saying they often shop online
(PayU, 2017). Secure payment gateways are adding to consumer confidence and increased online
shopping (PayU, 2017).
According to Eshopworld’s South Africa eCommerce Insights, in 2017, the country had 18.43
million ecommerce users, with an additional 6.36 million users expected to be shopping online by
2021: “Four years from now, these 24,79 million eCommerce users will spend an average of
189.47 USD online” (Eshopworld, 2017). Currently, Electronics & Media is the leading product
category in South Africa, accounting for US$964.2 million of the market share, followed
by Furniture & Appliances, which generates US$553.7 million in sales. By 2021, Electronics &
Media is expected to still be the most purchased online category, with an estimated value of
US$1.38 billion, followed by Furniture & Appliances with an expected worth of US$1.07 billion
(Eshopworld, 2017).
In 2015, 40% of internet users worldwide have bought goods online, which amounted to roughly 1
billion online users (Fichardt, 2015). The boom was driven by the advent of better payment
gateways. Further analysis showed that, worldwide, business-to-consumer ecommerce sales also
increased, reaching $1.92 trillion in 2016 (Fichardt, 2015). However, Fichardt (2015) pointed out
that South African consumers still lacked trust in online transactions. In this context, companies
such as Naspers are doing their best to strengthen the general view of secure payment via their
payment portals (Fichardt, 2015).
South African penetration in the online sector lies at 40% (World Wide Worx, 2017). Reshaad Sha,
Chief Strategy Officer and Executive Director of Dark Fibre Africa, said in this context: “Finally
reaching the point where we can say every second adult South African is connected to the Internet
is a major landmark, because Internet access is becoming synonymous with economic access
(World Wide Worx, 2017).
A 2017 report by Qwerty found that 75% of all website traffic in South Africa comes from mobile
devices, with an ecommerce user base of 17.1 million people. The report mentioned that most
individuals use a desktop for ecommerce purchasing with mobile usage being social media driven
(Qwerty Digital, 2017).
According to a BidorBuy blog, online shopping in South Africa is growing thanks to advancements in
technology (like fast internet), the prevalence of smartphones (which has made online shopping easy
and convenient), the increase in the variety of products that are available online, and the expansion of
delivery options and shipping destinations (BidorBuy, 2017). However, this growth is hampered by
“the erratic nature of South African postal services” and the fact that internet access is still not
available to all in the country (BidorBuy, 2017). The development of Braamfontein in Johannesburg
into a WiFi city is a sign that South Africa is on its way to becoming a well-developed tech-savvy
society within the African context (Shezi, 2015).
To generate new growth opportunities and to reach customers beyond their bricks-and-mortar
stores, retailers increasing need to cater for tech-savvy customers. The closure of the 159-year-old
department store chain Stuttafords has highlighted important questions about how industries need
to develop digital business models in order to stay relevant, and how they need to “leverage
technology for the benefit of their customers” (Govender, 2017).
The South African media and internet company Naspers seems to have faith in the online business
as it has invested R960 million into the online retail store Takealot.com (Planting, 2017). No one
knows what South Africa’s potential is, but “we see the gap … as our opportunity” (Planting, 2017).
As Planting (2017) said, “In South Africa’s favour is its youthful demographics and mobile
adoption”.
1.3 PROBLEM STATEMENT
Are developers overspending on the development of malls and underspending on digital
innovation? This research assignment seeks to understand where online shopping is positioned in
the mind of the South African consumer, and whether there is a movement towards online
channels of purchase within retail categories.
Online shopping in South Africa makes up 1% of total retail (Planting, 2017). With increasing and
significant capital expenditure on malls in the country coupled with the rollout of advanced data
communication lines (LTE, fibre), what shifts are occurring in the combined share of online and
offline purchases based on consumers’ attitudes?
1.4 RESEARCH QUESTIONS
This research assignment aimed to answer the following research questions:
Are consumers adopting a multi-channel approach to shopping?
Does gender and family dynamics have any relationship with channel usage within specific
shopping categories?
What categories of shopping (Groceries, Clothes, Electronics, Shoes and Gifts) are biased
towards online purchasing?
What categories of shopping (Groceries, Clothes, Electronics, Shoes and Gifts) are biased
towards bricks-and-mortar shops?
Do any of the attributes of convenience, delivery, returns and price differ within categories
of shopping?
Do consumers find online shopping safe?
Is there a generational bias towards online shopping?
Which factors or attributes will increase online shopping?
Are South African consumers already omni-channel shoppers?
1.5 CHAPTER OUTLINE
1.6 SUMMARY
This research assignment seeks to understand the shopping behaviour and attitudes of consumers
towards shopping categories within the retail sector based on their preference towards online or
offline mediums of purchase. This chapter provided an overview of the adoption and growth of both
shopping malls and online retail in South Africa in order to ascertain whether consumers are
evolving into omni-channel shoppers. Understanding the evolving retail channels and consumer
choices within categories of shopping will lead to more innovative and resilient retail strategies.
CHAPTER 2
LITERATURE REVIEW
2.1 INTRODUCTION
The purpose of the literature review was to gain a better understanding of the research
phenomenon, which in this case is to explain consumer shopping channel preferences (for online
versus bricks-and-mortar stores) in certain retail categories (Groceries, Shoes/Clothing,
Electronics, Gifts and Homeware).
Shopping is defined as an exchange of goods for payment. Although shopping transactions can
occur on multiple channels, this research assignment focused on the bricks-and-mortar channel
and online channel.
The researcher made use of various resources including journal articles and academic textbooks
for the literature review.
2.2 LITERATURE REVIEW
2.2.1 Online shopping and omni-channel shopping environments
A multitude of factors impact consumer purchase choices. These factors include channel choice.
Channel choice has a significant relationship with age, gender and previous purchases, information
and experience within the channel. Younger individuals prefer to use online shopping channels.
The use of social media as part of the marketing strategies of these channels significantly
improved sales via online and mobile channels. Consumers who use mobile and online channels
are deal-seeking consumers. They are high-volume buyers and mostly purchase online between
09:00 and 18:00 (Park & Lee, 2017: 9).
Cao and Li (2015: 96) looked at how consumers evolved as they experience shopping channels. It
was found that as offline consumers purchase online, they compare the online and offline
environments. However, as consumers get accustomed to the online channel, they start comparing
online stores across the same chains and start forming a brand affinity. The research was
conducted on retail stores that had an online store. It was found that when there was no
congruency in assortment between the offline and online stores, the chains lost consumers to
competitors online. Consumer loyalty is therefore based primarily on the variables of experience,
trust and congruency with the product offering (Cao & Li, 2015: 96).
Three specific categories of product types are search goods, experience goods and credence
goods. High search-ability of information is associated with search goods. These are in the form of
reviews, product information and previous consumer experiences. There is confidence in
purchasing search goods on different e-tailers, whereas experienced high-value goods, where
information was not easily available, focused on the prestigious e-tailers for purchase. Credence
goods (vitamins, etc.) followed a similar route, but lacked importance or high risk. The research
proved that consumers choose specific channel choices for specific product categories. This points
to consumers trusting a brand or e-tailer before they purchase high-value items (Korgaonkar,
Silverblatt & Girard, 2006).
The attributes of search ability, information and purchase are primary drivers of the technological
purchasing decision. Consumers have access to many devices and mediums and they understand
the specific roles that each medium plays within the purchasing decision of a channel. A consumer
might search for information online and purchase offline, or might compare prices offline and
purchase online or on mobile. The research showed that consumers focus on mobile as a search
mechanism and desktop and offline as purchase mechanisms. It was also found that hedonic
reasons for shopping were higher within a bricks-and-mortar setting than desktop or mobile
settings with utilitarian reasons being equal for both the desktop and bricks-and-mortar settings.
The findings clearly identified online mobile as a search and purchase channel, with online
ecommerce and offline being the major purchasing platforms. Consumers can move in and out of
each channel which offers them the purchase utility they require. This points towards multi-channel
shoppers who adopt many different channels (Korgaonkar, Silverblatt & Girard, 2006).
Colour, touch, feel and pictures are sensory items which affect channel choice. The choice of
channel that a consumer chooses for a purchase is a function of the level of perceived media
richness. Customers who shop in a mall or store have physical interaction with the environment
which is highly visual and personal, compared to online and mobile environments. Online adopts
an informative approach with media richness, while mobile due to the nature of the screen size has
a low level of media richness (Maity & Dass, 2014).
Media Richness Theory (MRT) is usually used in the context of media choice. Maity and Dass
(2014) have identified four types of media along this richness continuum, namely text, audio, video
and face-to-face communications. Face-to-face is the richest medium as it allows mutual feedback
and simultaneously conveys a variety of cues (e.g. tonal, facial or emotional). Text-based
interaction (e.g. texting through mobile devices or browsing information through text-only cell
phone browsers) is less “rich” than audio, video or face-to-face interaction (e.g. in-store
interactions or communications using Apple iPhone's Facetime feature). Media that are highest
and lowest in media richness anchor the two ends of the continuum, which is online. A higher
media richness setting will require more research from consumers (e.g. in-store), whereas medium
media richness (e-commerce – highly informative) to lower media richness (mobile) requires less
research and cognitive costs from consumers (Maity & Dass, 2014).
Consumers may evaluate their consumption experiences in terms of specific attributes such as
product selection which may then be related to higher-order performance dimensions such as
website design. The dimensions are associated with e-service quality, which in turn is associated
with key outcomes such as customer satisfaction, customer behavioural intentions (e.g.
repurchase intentions) and customer behaviour (e.g. word-of-mouth referral) (Blut, Chowdhry,
Mittal & Brock, 2015).
Extrinsic value pertains to a means-end relationship where some thing or event is a means in
accomplishing some further purpose, thereby referring to the convenience and time-saving factor
of online, and malls as a shopping utilitarian environment. Intrinsic value characterises an
experience appreciated for its own sake, which references sound, sight, touch and feel. This feeds
into consumer value typology which is characterised by the dimensions of extrinsic and intrinsic,
active versus reactive, and self versus other (Holbrook, 1999). Refer to Table 2.1 below which
references the consumer value typology.
Table 2.1: A typology of consumer value: mall shopping vs online shopping
Source: Holbrook, 1999.
In such a conceptual approach, it is critical to understand (i) the strength of relationships among
the different components and overall e-service quality, (ii) overall e-service quality and its
outcomes such as customer satisfaction, repurchase intentions, and word of-mouth, and (iii)
different factors that can moderate these associations (Blut et al., 2015). Table 2.2 below lists
attributes of e-service quality.
Table 2.2: Attributes of e-service quality
Source: Blut, Chowdhry, Mittal & Brock, 2015.
Consumers have to adapt to new innovations. The initial purchase risk when doing the purchase
online is very high. However, over time, the product gains momentum and diffuses (or spreads)
through a specific population or social system. Developed by Rogers (1995), this is called the
Diffusion of Innovation (DOI) theory, which focuses on the adoption of new innovations based on
the relative advantages, compatibility, trialability and observability.
Online shopping in South Africa has gone through the diffusion of innovations, where trust has
been built across online brands and consumers are now becoming accustomed to the ecommerce
setting. Kamarulzaman (2011) explained that Malaysian shoppers followed the Diffusion of
Innovation theory when adopting the internet. Her research also found that consumers initially used
the internet for information purposes, with the purchase taking place in the bricks-and-mortar
setting, before they became online purchasing consumers.
Relative advantage is positively related to adoption as compared to other perceived adoption
characteristics. It represents the degree to which an innovation is being perceived as better than
the idea it supersedes. The relative advantages appear to be significant in terms of the diffusion of
internet shopping innovation (Rogers, 1995). However, the reasons for adoption vary depending on
the types and nature of products, time, price, promotions and needs during the course of the
buying process (Kamarulzaman, 2011).
Complexity is the degree to which an innovation is perceived as relatively difficult to understand
and use. If the degree of difficulty is high, then adoption will be low (Rogers, 1995). Most
consumers agreed that no additional skills were required for executing internet shopping, as it was
not complicated at all. For them, basic computer knowledge should be sufficient to shop online.
However, for first- time users, familiarity with browsing and searching on the internet is important
(Kamarulzaman, 2011).
Once compatibility has been achieved, adoption becomes the focal point. Compatibility, which is
positively related to adoption, refers to the degree to which an innovation is perceived as
consistent with existing values, past experiences, and the needs of potential adopters (Rogers,
1995).
Consumer acceptance of innovation is based on their belief in the usefulness of the technology.
Online shopping is going through this phase where its usefulness is being experienced with limited
effort to shop, and with individuals starting to adopt and use online shopping systems. The
technology acceptance model describes the constructs of perceived usefulness and perceived
ease of use. Both these constructs relate to the salient beliefs under the assertion of information
technology. Perceived usefulness postulates the probability of the activity increasing a consumer’s
performance or engagement with information and/or information systems alike. Perceived ease of
use, in contrast with usefulness, refers to the degree to which the information and/or information
system’s use will be free of effort or require limited effort from the consumer (Davis, Bagozzi &
Warshaw, 1989).
Figure 2.1: Theory of Reasoned Action
Source: Davis, Bagozzi & Warshaw, 1989.
The Theory of Reasoned Action (TRA) focuses on the consumer’s attitude and subjective norms.
Within the notion of purchase behaviour in online and offline settings, consumer cognitive and
behavioural aspects towards the channels are analysed, with a focus on specific attributes within
the utilitarian and hedonic aspects of both channels. This helps to understand specific consumer
behavioural traits. Consumers’ subjective norms are biased by age and gender where influence
could be social, family driven or gender specific. The Theory of Reasoned Action considers a
consumer's behaviour as determined by the consumer's behavioural intention, where behavioural
intention refers to an attitude towards the behaviour and subjective norm. The TRA predicts an
individual’s intention to behave in a certain way based on a consumer's attitude towards that
behaviour. Also, a consumer's intention to behave in a certain way may be influenced by the
normative social beliefs of the consumer (Hansen, Jensen & Solgaard, 2004).
Consumers may perceive obstacles in online shopping activities, as it requires certain skills to
navigate a computer and conduct online searches. This refers to consumers’ online behaviour.
Consumers also form negative or positive cognitive beliefs towards an action such as online
searching and shopping, thereby creating an attitude towards the action. The theory of planned
behaviour (TPB) predicts intention to perform a behaviour by the consumer’s attitude towards that
behaviour rather than by consumer’s attitude towards a product or service. Also, a consumer’s
intention to perform a certain behaviour may be influenced by the normative social beliefs held by
the consumer. In comparison with the Theory of Reasoned Action (TRA), the Theory of Planned
Behaviour (TPB) adds Perceived Behavioural Control (PBC) as a determinant of behavioural
intention (Hansen, Jensen & Solgaard, 2004).
Torben Hansen (2008) explained the Schwartz Theory of Values based on self-interest, activism,
openness and conservation where a set of values are created. The more consumers find things in
their favour, the more they see the action as favourable, which affects their attitude towards that
item. Hansen’s study (2008) found that there is a strong correlation between attitude and behaviour
towards online grocery shopping, with attitude being the most important predictor of action.
Consumers who are hesitant about online shopping would need a message that portrays the
compatibility of this method with the traditional form of shopping, whereas consumers who are
already using online shopping are seen as consumers who value control, therefore enhancing their
attitude towards this portal.
Hansen (2008) looked at the impact of values on the attitude and behaviour of consumers who
shop online for groceries. The study divided consumers into three groups depending on their use
of the internet for online grocery shopping and tested the resulting values that affected the
consumers’ decision to shop online. The foundation Theory of Planned Behaviour (TPB) highlights
the consumer’s behavioural intention based on the attitude of the consumer. This tests the
consumer’s attitude towards a certain behaviour versus the consumer’s attitude towards a product,
which builds upon the consumer’s perception towards online grocery shopping. The beliefs that are
formed become part of the consumer’s attitude, catalysed by the social value of the action versus
the individual value. This phenomenon is possibly occurring within the environment of malls in
South Africa, where the perceived value of shopping at malls and being part of a growing mall
community is seen as a value offering to the consumer at the social value level.
Shankar, Smith and Rangaswamy (2003) found that customer satisfaction is higher in the online
medium, which includes offering rewards, coupons and more product information. Making data
easily accessible and rewarding frequent users enhance loyalty. Their study showed that
consumers become more loyal when the online and offline environments are merged. According to
their study, the online environment leads to more sales in the offline environment, and a significant
increase in brand loyalty (Shankar, Smith & Rangaswamy, 2003).
Kamarulzaman (2011) investigated the effect of motivation and the adoption of e-shopping in the
United Kingdom (UK) and Malaysia. It was found that a key determinant of e-shopping is price.
Consumers expected lower prices on e-platforms than at bricks-and-mortar retailers. It was also
found that shoppers did not like the role of retail sales people because of pressurised decisions.
Consumers were found to be similar in the UK and Malaysia in terms of the attributes, with uptake
mostly slower in Malaysia. The key attributes were pricing, convenience, control/privacy, security,
no complexity, website atmospherics, personalisation, trialibilty, returns, and observability due to
peer adoption.
Kacen, Hess and Chiang (2013) investigated the impact of value on consumers when they choose
a shopping platform. Traditional channels still maintain a dominant stance in total retail value. With
online shopping starting to become more popular, the question is whether consumers accept
online equally to traditional stores. The argument put forth is one of transactional economics where
consumers will choose the seller that minimises the total transaction cost. The online sector has
costs associated with delivery, handling, post-service costs and search costs. These perceived
costs are reduced when shopping at a traditional store.
Time pressure is seen as an economic cost, which is high when shopping in a traditional
environment. The study of Kacen, Hess and Chiang (2013) was done using six products which can
be purchased either online or offline, with the population consisting of students and non-students
ranging between 28 and 82 years of age with majority being web users. The study found that
people only shopped online if prices were lower. Individuals felt books was the best product to buy
online. The study further showed that social interaction was an unimportant attribute and therefore
not a defining notion towards the traditional form of shopping, which is in stark contrast to El-Adly
and Eid (2016) who introduced social interaction as key to the hedonic attribute of shopping.
Online stores suffer on attributes such as handling, delivery, returns and social interaction. This
also needs to be tested within the South African context.
Pauwels and Neslin (2015) found that merging offline sales with an online non-transacting option
created more revenue for the stores on the sensory items, giving customers more time to analyse
how these products form part of their consumption requirements. It was also found that consumers
who live close by substitute the entertainment of browsing instore with browsing on the internet for
products, therefore reducing the number of feet instore (Pauwels & Neslin, 2015). In contrast,
Johnson, Kim, Mun and Lee (2015) found that store loyalty is directly linked to the store attributes.
They concluded that to create a loyal customer, a store needs to enhance its visual offering in
order to keep customers shopping (Johnson, Kim, Mun & Lee, 2015). The entertainment value
offered by browsing online versus browsing in a physical store highlights the need to further
investigate, among others, the online store layout and the possibility of creating atmospherics in
the online store layout.
Kukar-Kinney, Ridgway and Monroe (2009) discussed preferences to shop online versus offline,
and the tendency to buy compulsively. The study found that consumers who were compulsive
buyers preferred the internet because they wanted to avoid social interaction and have an
immediate positive feeling. It was found that these shoppers experienced shame and guilt towards
their impulsive nature, and therefore they stayed away from social interaction due to the negative
effect of the habit.
Perea y Monsuwe, Dellaert and De Ruyter (2004) mentioned that attitude to online shopping is a
function of the ease of use, convenience, enjoyment, customer traits, product characteristics and
trust. Korgaonkar, Silverblatt and Girard (2006) found that search products was the key attribute for
consumers to shop online. The reason was the ease of retrieving information on the product. Their
study also found that there was not a great deal of loyalty to specific e-tailers as products were
highly searchable and comparable. The important factor differentiating one e-tailer from the next
was the level of security and privacy. Another important aspect was the ability to cancel an order
and the way the merchandise was displayed. Customers ranked merchandise assortment higher
for prestigious e-tailers than for discount retailers, which was based on product type more than e-
tailer loyalty (Korgaonkar, Silverblatt and Girard, 2006).
González-Benito, Martos-Partal and San Martín (2015) looked at the power of brands on an online
purchase decision as a substitution for touch and the lack of tangibility. Consumers who
experienced brands within a bricks-and-mortar setting were more likely to purchase that specific
item online as the brand was associated with trust. The trust aspect of brands is what eventually
will create an evolution in the online environment for purchases of similar kinds of products. When
making an online purchasing decision, intangibility is limited to specific products where consumers
who are purchasing garments focus on the size, fit, the quality of the material and the feel of the
item (Cho & Workman, 2011). The degree of tangibility or lack thereof in an online setting is not
more powerful than the trust that the brand creates with the consumer. However, this does become
more challenging when focusing on food items (González-Benito, Martos-Partal & San Martín,
2015).
Consumers who make online purchases complain more than those who make purchases offline.
The internet has created a social system that allows individuals to be heard much louder,
highlighting a power shift to the consumer. Complaints and returns channels within the online
environment must be well setup and easy to use (Lee & Cude, 2011). Hasan (2010) suggested
that online shopping is more attractive to males than to females. It was found that females find
online shopping boring, and they were more aware of the risks associated with online shopping.
Hasan (2010) suggested the use of social media discussions and blogs to create more awareness
of the benefits of online shopping for females. This links directly to the discussion around
segmentation based on the hedonic and utilitarian aspects of mall shopping, where females are
more hedonic and mall orientated, and males are less hedonic and more online orientated. De
Klerk and Lubbe (2006) found that females are extremely perceptive to aesthetics as a gender
segment towards apparel. This finding speaks to the instinctive nature of females to be more
sensitive to colour and beauty. Therefore, in order to attract female shoppers, aesthetics and
colour should play an important role in both the online and offline environments.
Jackson, Stoel and Brantley (2011) explored the difference between males and females in terms of
shopping value where females are more drawn to atmospherics and emotion in their shopping
experience, which means that the variety offered by malls can add to this emotional attraction. The
experiential benefits gained from shopping include that of value, seen from a point of quantitative,
pricing and utility value, versus the qualitative aspects of the benefits, with quality measured from
the consumer’s perspective.
Kim, Park and Lee (2017) looked at new consumption patterns emerging as technology becomes
more advanced. Consumers are able to move between online and offline more easily. Consumers
mostly research offline and purchase at cheaper rates online. The innovative hybrid system of buy
online and pick up in store enables consumers to find the product online and pick it up at a store,
leading to an outcome of immediate gratification.
Product perceived risk is divided into high and low product involvement. High product involvement
relates to high economic risk of poor choices (such as computers and electronics) versus low
product involvement which has a low economic risk of poor choices (such as groceries and
clothing). High product involvement requires a significant amount of information and research.
Consumers purchasing high-involvement products will travel distances to touch, feel and test,
thereby making sure the economic risk is reduced. The research concluded that consumers who
purchase high-involvement products online prefer a pickup in-store option which allows the touch
and feel that lacks online (Kim, Park & Lee, 2017).
Blut, Chowdhry, Mittal and Brock (2015) concluded that using the means-end chain theory – which
says that specific attributes of web design, which is hedonic in nature, coupled with a functional
and systematic fulfilment process and customer service – is strongly associated with e-service
quality. Security was not seen as an important attribute. This suggests that online security is taken
as a norm. E-service quality is industry-specific and country-specific based on maturity of online
adoption. Quality of service and brand creates trust which leads to repeat purchases. The research
was conducted with a focus on products sold by Amazon.com and Alibaba.
Hasan (2010) discussed the Theory of Reasoned Action in terms of attitude. He proposed the
notion of attitude to learn and gain experience over time, with positive or negative outcomes. The
attitude construct looks at cognitive, affective and behavioural components. The findings point to
men having a higher acceptance of online shopping based on the attitudinal aspects of cognitive,
affective and behavioural components. Females are focused on stimulus and touch. Outcomes
pointed to more stimulation and the playful design of websites and experiences. This also relates
to the maturity of online shopping within a specific country.
Tse and Yim (2002) looked at how access to more information, security and the ability to make
decisive and well-informed purchase choices warrant consumers to buy books online. The
research concluded that online was the preferred channel for book purchases based on research
ability and the information gathering that can be done. The only difference between online and
offline is the ability to touch.
Ruby Roy Dholakia (1999) quantified shopping as a household chore as well as a pleasurable
activity. She examined shopping as a gendered activity where a ratio of 2:1 females to male shop
within a bricks-and-mortar setting. Shopping is seen as creating hedonic value while completing
utilitarian chores. The hedonic aspects are still strong within the bricks-and-mortar setting, but as
time becomes constrained and women enter the working environment, online shopping will
become more relevant. Men who are family orientated are also found to be taking part in shopping
activities, but with a utilitarian motivation.
Zhou, Dai and Zhang (2007) discussed the Online Shopping Acceptance Model (OSAM) where
males are more open to online shopping than females. Men tend to buy electronics, hardware and
software while women focus on clothing and food items. Women are far more touch and
emotionally orientated and need to be able to see and experience the product. Women generally
do a lot of the food and clothes shopping due to the emotional hedonic and fun nature of the
shopping environments and the opportunity to meet people there. Income plays a role in online
shopping as individuals with more income tend to shop more. This is also evident from the general
nature of online products, being mostly services and non-essential items such as toys, gifts,
clothes and electronics. The cost of owning a computer and purchasing data also plays a role in
the demographic that has access to the online environment. Perceived risks associated with online
shopping is the intangible nature of the purchase, financial risk, delivery time, information risk,
product risk and privacy risk. As consumers get more accustomed to the internet and trust is built
with brands, product risk decreases (Zhou, Dai & Zhang, 2007).
Shwu-ing Wu (2003) found that a large number of individuals who shop online are higher income
earners, with a mean age of 36. These online shoppers are predominantly males with focus
attributes such as convenience, time and delivery. This highlights the notion that online shoppers
are individuals who can afford the cost of data and equipment costs (phones/computers)
associated with browsing and shopping. According to Wu (2003), efficient delivery plays a key role
in making sure consumers’ positive experience of online shopping is maintained. Research
conducted by Korgaonkar, Silverblatt and Girard showed that experience within a specific sector
will affect the outcome of a repurchase decision and the channel used for the repurchase
(Korgaonkar, Silverblatt & Girard, 2006).
Hedonic value is related to the social interaction within the shopping environment. This includes
the touch, social factor and environment. It was found that grocery shoppers going to bricks-and-
mortar shops are highly utilitarian in nature, and they usually want a sense of accomplishment
thereafter (Olsen & Skallerud, 2011). Online grocery shoppers do not focus on the money saving
potential of online grocery shopping. Their online focus is mainly time saving in nature. Consumers
shop at conventional stores to save money, with hypermarkets seen as high on assortment but low
on savings. Online shopping seemed to be very low in hedonic value with a high focus on
individuals who view sustainability as core to their values to save the environment (Cervellon,
Sylvie & Ngobo, 2015).
Consumers are situationally driven when choosing a channel. These situational variables relate to
store distance, time, convenience, social interaction and clarity of website layout. It was found that
consumers who purchased items such as books, IT products, T-shirts and airline tickets had used
multiple offline and online channels. This shows that consumers move between channels, where
the channel does not matter but the situational variable in the channel choice does. Factors that
increase or decrease channel choice relate to store tidiness or the clarity of the website. An untidy
store will make consumers turn to online. This points to a reduction in the hedonic aspect of
shopping where online shopping becomes more utilitarian in nature. The intangibility of online
products and distance to store have the same effect on the consumer. Reducting intangibility by
focusing on increasing the sight aspects with larger and more pictures would help reduce
intangibility online. Factors that affect the offline sector is the limited business hours. Consumers in
this context will purchase items online after business hours, and they prefer the search and
information aspects of online shopping (Chocarro, Cortiñas & Villanueva, 2013).
Compulsive shopping is also a key determinant of channel choice where compulsive buyers opt for
the online rather than the physical store environment. Compulsive consumers have 24-hour access
to shopping online, without being unobserved, and they experience positive feelings when
shopping online (Kukar-Kinney, Ridgway & Monroe, 2009).
The main focus of bricks-and-mortar shops is instant gratification, touch and hedonic motivations
whereas online shopping creates convenience, comparison shopping and reduced travel.
Consumers may utilise both channels, one as a primary and the other as a supplementary
shopping channel. The option of channel choice is inherent within a developed online/offline sector
where online growth is faster or equal to the offline growth in sales. This occurs beyond the stage
of technological adoption where consumers are mature within the channel choice and have
adopted a combined buying pattern (Chu, Arce-Urriza, Cebollada-Calvo & Chintagunta, 2010).
Verhoef, Kannan and Inman (2015) discussed the notion of the online and offline environments as
multi-channel to omni-channel retailing taking into consideration the evolution of smart phones and
social interaction. This harnesses all aspects of communication, logistics and the supply chain to
amass a greater and more involved communication channel as well as a more well-connected
system of retail. The idea of bricks-and-mortar stores combined with various online channels and
social media interactivity creates a view of online retail integrated with offline retail, with online
channels that support the traditional channels (Verhoef, Kannan & Inman, 2015).
2.2.2 Bricks-and mortar shopping environments
Dubihlela and Dubihlela (2014) tested the effect of mall image attributes on consumers. They
tested merchandising, atmosphere, accessibility, entertainment and in-mall convenience as key
attributes for retail success. They also found that South African shoppers were more extrinsic in
their motivations for shopping with a task orientation. Their study concluded that developers should
focus on design and convenience for a successful mall experience.
Johnson, Kim, Mun and Lee (2015) found that store loyalty is directly linked to the store attributes.
They explained that in order to create loyal customers, a store needs to enhance its visual offering
in order to keep customers shopping. The study also found that consumers enjoy the experience of
theatre, where they can meet the designer. Other attributes such as location, product and facilities
did not affect customer enjoyment as these were seen as necessary as a result of intense
competition in the market. This study does relate to a First World economy, highlighting the
contrast between South African consumers who are very product and location driven versus First
World consumers who are experience driven. Arslan, Sezer and Isigicok (2010) found that younger
consumers in Turkey focused on comfort, social interaction, a secure environment, accessibility
and leisure as key determinants of mall attributes. The younger consumers enjoyed the size of the
mall, with the main focus on the entertainment and experiential effects of the mall.
Farrag, El Sayed and Belk (2010) conducted research to understand the motives for mall shopping
in Egypt. The merging of entertainment with shopping has created a whole new experience, which
combines consumption with shopping as a fun activity. The consumer might enter the mall with a
single motive. However, as a result of the atmospherics and surroundings, latent motives for
shopping at the mall emerge. The shoppers are distributed into three groups, namely family
focused, hedonists and strivers. These three groups are further identified by their shopping
motives, which are convenience, safety, identity, entertainment and sales. It was found that the
majority of shoppers in Egypt are strivers who do not have excess income to spend on wants.
Therefore, they do a lot of window shopping, and use the mall as a place to hang out. This is in
stark contrast to shopping malls in the USA where the majority of the individuals shopping are
older and within the bracket that can afford the mall prices (Kirtland 1996). The types of shoppers
frequenting malls are also based on the economic and cultural composition of the malls. In Kuala
Lumpur, malls are seen as bringing modernity to those who want to look good, feel good and live a
modern lifestyle (Nurani, 2003). However, in the UK, malls are seen as places for the family to
shop, and for the elderly to stroll (Miller, Jackson, Thrift, Holbrook & Rowlands, 1998). Although
many malls are homogenous in their design, appeal, products, motives and stores, culture and
history differentiate the value of the experience gained from the mall.
Varman and Belk (2012) looked at malls from an identity point of view, where young consumers
from India transform their Third World identities within a Westernised environment. They found that
the young consumers feed off the elitism of malls to overcome inferiority, and challenge the
Western way in order to gain a sense of respect and acceptance. This study goes into the realm of
consumer identity based on the historical and globalisation aspects of consumption. The influence
or utilitarian effects of mall shopping differ from country to country as can be seen from a study by
Kuruvilla and Joshi (2010) where they looked at the demographics affecting attitude and purchases
in malls in India. India is a fast developing economy with a large population and, as such, a study
was undertaken to understand the people who shop at these malls.
Jackson, Stoel and Brantley (2011) found that female consumers in the USA focused mainly on the
utility function of a mall. However, the Indian study by Kuruvilla and Joshi (2010) found that it was
mostly male consumers who focused on the utility of the malls. In India, the males are the heads of
the households and earned the biggest portion of household salary. It was found that 60% of
shopping is spent window shopping and browsing, with a significant amount of the additional time
spent at the food court and entertainment areas, which translates into malls being used for
experiential means. The attributes that were chosen as important included parking, ambiance,
refreshments and safety. It was also found that mall attributes weighed stronger with the more
serious shoppers than with the shoppers doing window shopping. It was found that the more
serious shoppers were invested in the atmospherics as part of their purchase decisions.
Jackson, Stoel and Brantley (2011) looked at how different generational cohorts and genders
experienced malls and how this impacted their consumer behaviour. Generational cohorts in
developing economies might perceive certain aspects of the mall experience with a value impact
differently from their counterparts in developed economies. Based on this, it is clear that millennials
in South Africa might not necessarily share the perceptions of millennials in First World economies.
In the South African environment, apartheid saw many consumers segmented according to colour,
with less opportunity to participate. This can have an effect on young people seeking the
experience of elitism and acceptance through retail and branding, creating a booming market for
malls. This is clearly seen in the increasing number of malls being built in countries such as South
Africa.
Taking a holistic view, El-Adly and Eid (2016) believed that malls offer value beyond utilitarian and
hedonic attributes. Malls added self-gratification, transaction, epistemic, social interaction and time
convenience value.
El-Adly and Eid (2015) mentioned that the mall is not only a place for hedonic value, but also a
place of relaxation and destress that improves the shopper’s wellbeing. During this self-
gratification, other dimensions are fulfilled, which pertains to the utilitarian aspect of shopping.
El-Adly and Eid (2016) referred to the three dimensions of a mall, namely recreation, interior and
staff. According to their study, the atmospherics affect the perceived value that the mall will create
within the three dimensions. This underlines the notion that customers are becoming more holistic
as these dimensions will become common ground.
Olsen and Skallerud (2011) found that the hedonic value of a shopping all is related to personal
interaction and product value, whereas utilitarian value is based on the physical aspects of
assortment, etc.
Jeanne van Eeden (2006) studied the social structure surrounding shopping, and found that
shopping malls have sustained the viewpoint that women are the main shoppers. Shopping malls
are often designed to resemble a cocoon or a womb, which speaks to the view that shopping is
female orientated with a strong hedonic character.
Scott, Bloch and Ridgway (1990) found that customers who are shopping with the motive of
experiencing the shopping environment will find more utility than those who are do not have
experience as a motive. The customers who purposefully came to shop or see sights or hear
sounds would experience these attributes more clearly than those who do not come for those
reasons. Also, the focused shoppers were more likely to purchase a product versus those visiting
the mall without a clear plan of action.
Karim, Kumar and Rahman (2013) found that hedonic values such as joy, escape and adventure
delve deeper into the intrinsic value of shopping, and found that different segments experience
different levels of value. They found that males are less hedonic than females.
Jacob Miller (2013) discussed the need to have retail therapy at the mall but not the shop. He
looked at the mall as a commodified urban space, with its own governance at the centre. Miller
believed there is a need for customers to come to a place that is more affective by the very means
of its design and the social demographics that form part of the shopping mall environment.
El-Adly (2007) segmented consumers into three categories, namely relaxed shoppers, demanding
shoppers and pragmatic shoppers. These segmented shoppers demand different aspects from the
shopping experience. The study found that these segmented shoppers find the following six
attributes attractive in a mall: comfort, entertainment, diversity, mall attractiveness and sales
incentives. El-Adly’s research (2007) was limited to university students.
Wong, Lu and Yuan (2001) mentioned that consumers are becoming more selective in the malls
they patronise based on the availability of merchandise, stores, location and variety. This speaks to
the emotional and convenience aspects of shopping malls.
Keng, Huang, Zheng and Hsu (2007) discussed the effect of service encounters on consumers.
Service is viewed from a perspective of retail service as well as atmospherics. Their study looked
at experience related to service. According to them, customers enjoy the environment to a level of
playfulness. When this happens, they come back more often and they increase their purchases.
They looked at the experience in terms of a value orientation, taking into account the extrinsic,
intrinsic, active, reactive, self and other values. The intrinsic effects of shopping refer to ambience,
entertainment and experience, which leads to the extrinsic effects, which is convenience, one-stop
shopping, quality and price. These experiences form part of the service offering which predicts the
customer behavioural intention.
Oteng-Ababio and Arthur (2015) examined the re-emergence of shopping malls within the
landscape of Ghana, looking at the effects that malls have on urbanisation and the informal retail
sector. Malls are seen to be part of rapid globalisation that works towards transformation of the
urban environment as well as the growth of the informal sector in Africa. Many of the malls that
have sprung up in Ghana have attracted a vibrant informal trade outside these malls, creating a co-
existence between formal and informal trade and impacting different demographics. It was found
that majority of the youth visit the malls mostly for the entertainment activities as the malls provide
a safer environment, creating a conducive environment for social interaction. It was also found that
people visit the mall to conduct informal business meetings. The success of the malls in Ghana is
determined by, among others, their architectural appeal, their ability to create an environment that
is conducive to a longer stay, and the attraction of retailers as the heart of the mall.
Ugur Yavas (2003) found that consumers in the USA preferred malls that do not have too much
traffic, that are easy to walk through without too many kiosks, and that have a mix of shops with
price appeal instead of too many expensive high-end shops. Kim, Park and Lee (2017) countered
this by saying that stores should focus on the enjoyment of shopping in order to maintain customer
loyalty. The experience is the focal factor to adjust consumer’s attitudes towards stores. Wong, Lu
and Yuan (2001) found that consumers choose malls that have a wide variety of goods that meet
their specific preferences. A SCATTR model was used which tested the dimensions of location,
quality, variety, popularity, facilities and sales incentives, finding that consumers are quite sensitive
to quality and variety with sales and incentives following closely behind. This corresponds with the
findings of Ugur Yavas (2003) where consumers frequent malls with a mix of variety and sales
incentives.
Kim (2002) discussed the changing world of shopping where consumers are more information
savvy and require more information to make purchase decisions. Consumers are divided into
Holbrook’s consumer value segments of efficiency, excellence, play and aesthetics (Holbrook,
1999). This divides consumers based on what they value as a shopping experience. Internet
shoppers value convenience, speed and information while mall shoppers would add smell and
taste to their experience.
2.3 SUMMARY
In this chapter, a literature review was undertaken to gain a better understanding of the online and
offline shopping environments in South Africa and elsewhere in the world. This provided insight
into the reasons why some consumers prefer bricks-and-mortar shops while others prefer the
convenience of online purchasing or even switching between online and offline. Understanding
consumer preferences can play an important role in creating strategies for offline and online retail.
CHAPTER 3
RESEARCH METHODOLOGY
3.1 INTRODUCTION
This chapter examines the research methodology used as a map to gain a better understanding of
consumer shopping channel preferences in certain retail categories. Primary data for this
quantitative study was gathered by means of an electronic questionnaire, which contained
questions relating to consumers’ gender, family dynamics, demographics and shopping behaviour.
This chapter therefore describes the methodology used for gathering and interpreting the data.
3.2 THE POPULATION AND SAMPLE
Non-random sampling was used because not all malls and online shoppers have been
approached. The population consisted of individuals who are already purchasing online without
bias towards age, gender or family orientation. The sampling method used was non-random
sampling with a population consisting of 872 individuals whose names were obtained from two
online shopping platforms, namely www.shopbook.co.za and www.iamcooking.co.za. Stellenbosch
University’s survey system was used where individuals were sent an email to access the survey. A
response rate of 20% was expected based on the informal nature of the survey, with a minimum of
125 responses being accepted for data analysis.
3.3 THE QUESTIONNAIRE DESIGN
The research methodology and questionnaire were designed to ascertain how much of shopping is
done online within the retail categories of Groceries, Shoes/Clothes, Electronics, Gifts and
Homeware. Consumers were asked questions relating to how much (measured in percentages) of
their purchases within the shopping categories were done online. Further, respondents were given
an opportunity to rate attributes of online shopping pertaining to convenience, price and delivery.
The questionnaire consisted of four sections. The first section looked at demographic questions
related to age, gender and family status. The second section looked at the percentage of online
shopping behaviour within retail categories. The third section focused on the utilitarian attributes of
online shopping – such as cost, delivery, security, returns and convenience. The last section
looked at items which will increase the online purchase behaviour.
Section 1 of the questionnaire
The first three questions focused on demographics. Demographics such as gender, age and family
status are expected to play a key role in understanding consumer behaviour. The objective of this
study is to find out whether shopping behaviour is affected by generational cohorts, gender and
family orientation in online and offline shopping channels.
Table 3.1: Demographic questions
Source: Hassen Kajee research questionnaire.
Section 2 of the questionnaire
The second section of the questionnaire focused on the percentage of shopping behaviour within
shopping categories online. These chosen values which were presented in percentage format to
represent the amount of shopping consumers did online with the opposite value being true for their
shopping behaviour within a mall setting. Refer to Table 3.2 below.
Table 3.2: Purchasing behaviour online (measured in percentages)
Source: Hassen Kajee research questionnaire.
Section 3 of the questionnaire
The third section focused on consumer attitudes towards attributes of online shopping. A 5-point
Likert scale was used with 5 representing Strongly agree and 1 Strongly disagree. The values were
added up to calculate consumers’ attitudes to each category.
Table 3.3: Online attributes related to shopping categories
Source: Hassen Kajee research questionnaire.
Section 4 of the questionnaire
The fourth section analysed factors that will cause consumers to shift towards online shopping.
Refer to Table 3.4 below.
Table 3.4: Online attributes related to the success of online shopping
Source: Hassen Kajee research questionnaire.
3.4 DATA COLLECTION
Data was collected by means of an electronic survey. A questionnaire was emailed to a target
audience of 872 individuals whose names were obtained from two online shopping platforms. The
target audience for the specific survey was people who shopped both online and offline, hence the
choice of the online medium for the survey.
The database of shoppers was supplied by the online shopping sites www.shopbook.co.za and
www.iamcooking.co.za. The individuals who purchase on these platforms purchase both
perishable and non-perishable goods and are online savvy. All individuals who are on the
databases of the companies have to register their details on the site and confirm via confirmation
emails to their email addresses. The target audience was South African focused, and was
scattered all around the country.
The target response rate was set at 150 with a final number of 125 completed responses. A slow
initial response rate was expected. Hence, reminders for survey completion were sent out.
The survey questionnaire was developed to garner interest based on asking individuals questions
about their purchasing behaviour when shopping. The questions were simple and utilised a
percentage of total shopping within categories. Questions about the respondents’ current
experience with online shopping were also included.
The target audience consisted of individuals accessing the web from their desktops, laptops, cell
phones and tablets.
3.5 DATA ANALYSIS
The data was exported into an Excel spreadsheet. All incomplete responses were removed. These
were also denoted as outliers. All columns were given names and variable descriptors were
denoted as V1, V2, etc.
The questions in Section 2 of the questionnaire asked respondents to quantify what percentage
within a category of their total spend was online. The difference was denoted as the portion
purchased at the malls. The malls dataset was added in the data.
A variable of attitude was created which averaged each category relating to questions on
Groceries, Electronics, Gifts, Shoes/Clothing and Homeware. This attitude construct calculated the
average of the responses on the attributes of convenience, returns, safety, delivery and price.
The analysis was focused on answering the research questions below:
Are consumers adopting a multi-channel approach to shopping?
Does gender and family dynamics have any relationship with channel usage within specific
shopping categories?
What categories of shopping (Groceries, Clothes, Electronics, Shoes and Gifts) are biased
towards online purchasing?
What categories of shopping (Groceries, Clothes, Electronics, Shoes and Gifts) are biased
towards bricks-and-mortar shops?
Do any of the attributes of convenience, delivery, returns and price differ within categories
of shopping?
Do consumers find online shopping safe?
Is there a generational bias towards online shopping?
Which factors or attributes will increase online shopping?
Are South African consumers already omni-channel shoppers?
3.6 SUMMARY
Shopping and purchasing will always find roots in innovation based on new technology and
evolving generational needs. As we evolve, so do our needs. The advancement of innovative
shopping solutions with strong and growing infrastructure leads us towards an innovative multi-
channel shopping environment. This questionnaire has been designed to determine the current
multi-channel behaviour of consumers within today’s technological environment. The questionnaire
consisted of four sections:
Section 1, the demographic section, explored the respondents’ age, family orientation
(single, couple, couple with kids) and gender.
Section 2 focused on the percentage of shopping behaviour of online consumers within the
specific categories of Groceries, Clothes, Shoes, Electronics, Gifts and Homeware.
Section 3 used a Likert scale to ascertain specific online attributes which averaged into a
construct of attitudes per retail category. These attitudes were tested for reliability as a
construct.
Section 4 analysed the growth factors that make online shopping more appealing.
CHAPTER 4
FINDINGS
4.1 INTRODUCTION
This chapter presents the results of the quantitative research undertaken in this research
assignment. This body of knowledge represents an analysis of consumer purchasing behaviour
within the online sector and mall sector in South Africa. The aim is to extend the body of
knowledge on the online and mall sectors, as well as to understand consumers’ sentiments
towards the various channels by extending the questions to shopping categories.
Each research question will be statistically tested by means of descriptive and inferential analysis.
The aim is to ascertain whether the null hypothesis can be accepted or rejected.
4.1.1 Statistical quality control
After completion of the surveys by the respondents, the following process was undertaken to
produce high-quality data: A datasheet was prepared where columns represented the variables
and descriptors, and rows represented the data entered by the respondents. The data was cleaned
by removing all the outliers, which in this case represented incomplete data responses. Incomplete
data represented data that did not have all questions answered.
4.1.2 Sample descriptive statistics
For the complete set of sample descriptive statistics, refer to Appendix A.
Respondents per gender segment
Due to the simple non-random sampling method, the eventual responses was based on a much
higher female versus male response rate. In total, 87 females responded versus 38 males (see
Figure 4.1 below). There was no further bias to picking, removing or adding specific gender
responses. The process was approached to be as random as possible.
Figure 4.1: Gender responses
Respondents per family segment
The majority of respondents were couples. The response rate of 70% female shows that most of
the 50% that relate to couples are the female partners who are doing most of the online shopping.
See Figure 4.2 below:
Figure 4.2: Family status responses
Respondents per age category
The pseudo-random nature shows that majority of the online shoppers within the sample are
between the ages of 31 and 40, as illustrated in Figure 4.3 below.
Figure 4.3: Age percentages
4.2 MAIN FINDINGS
4.2.1 Gender and channel usage
To test the gender and family dynamic channel usage, a statistical analysis referred to as analysis
of variance, or Anova, was used. Consumers were divided into two groups, namely males and
females. The test focused on analysing whether there was a difference in gender preferences
towards the categories of Groceries, Shoes/Clothing, Electronics, Gifts and Homeware. As
illustrated in Table 4.1, differences in gender preferences within the online channel have been
noted. Rejection of the null hypothesis occurs within Electronics, Gifts and Homeware.
Table 4.1: Summarised findings on the Anova and hypothesis tests for gender
Anova Data Normally
Distributed
P Value Gender
Online
P Value
Gender
Offline
Ho : Men Online =
Women Online
H1 : Men Online <>
Women Online
Ho : Men Offline =
Women Offline
H1 : Men Offline <>
Women Offline
Groceries Yes 0.0702 0.0702 Accept Reject Accept Reject
Shoes/Clothes Yes 0.14018 0.14018 Accept Reject Accept Reject
Electronics Yes 0.000448 0.000448 Reject Accept Reject Accept
Gifts Yes 0.010638 0.010638 Reject Accept Reject Accept
Homewear Yes 0.008306 0.008306 Reject Accept Reject Accept
Source: Hassen Kajee DATA 20171207.sta.
4.2.2 Gender and online channel usage
Gender does not differ for the shopping categories of Groceries and Shoes/Clothing. It is quite
clear that men and women have equal preferences to buy online. This is shown by the acceptance
of the null hypothesis with p-values of 0.07 (Groceries) and 0.14018 (Shoes/Clothes).
Men did not prefer online shopping for Groceries and Shoes/Clothes more than women preferred
online shopping for Groceries and Shoes/Clothes. The analysis shows no gender bias within the
categories of Groceries and Shoes/Clothes.
Genders differed within the categories of Electronics, Gifts and Homeware. Males preferred the
online environment more than females. There was a rejection of the null hypothesis for these
categories where all the p-values were below the significance level of 0.05 (Table 4.2). This
showed no equality of variances between the means of the males and females. Men preferred the
online environment for Electronics, Gifts and Homeware significantly more than females.
Table 4.2: Descriptive analysis of gender channel usage
Males Online Females Online Males Offline Females Offline
Groceries 7.4% 12.4% 92.6% 87.6%
Shoes/Clothes 11.1% 22.3% 88.9% 77.7%
Electronics 37.4% 23.7% 62.6% 76.3%
Gifts 30.1% 27.6% 69.9% 72.4%
Homewear 28.4% 23.6% 71.6% 76.4%
Source: Hassen Kajee DATA 20171207.sta.
The shopping categories Groceries and Shoes/Clothes still dominate the offline environment, with
an average of 90% of males and 84% of females utilising the offline channel for groceries, shoes
and clothing.
There is a clear channel differentiation within Electronics, Gifts and Homeware where males and
females are above the 20% mark in purchase behaviour towards the online environment with the
offline environment recording under 80% for those purchases. This shows a marked difference
within shopping categories, where the preferences within categories differ towards a channel.
4.2.3 Family status and channel usage
An Anova test was conducted to test the utilisation of the online channel by specific family status
groups. Consumers were divided into three groups, namely singles, couples and couples with kids.
The test focused on analysing whether there was a difference in family status preferences towards
the categories of Groceries, Shoes/Clothing, Electronics and Homeware. As illustrated in Table 4.3
below, none of the categories has a rejection of the null hypothesis.
Table 4.3: Summarised findings on the Anova and hypothesis tests for family status
Anova
Data Normally
Distributed
P Value
Family Status
Online
P Value
Family Status
Offline
Ho: = Single = Couple
= Couple + Kids
H1: = Single <> Couple
<> Couple + Kids
Ho: = Single = Couple
= Couple + Kids
H1: = Single <>
Couple <> Couple +
Kids
Groceries Yes 0.16152 0.16152 Accept Reject Accept Reject
Shoes/Clothes Yes 0.79593 0.79593 Accept Reject Accept Reject
Electronics Yes 0.93745 0.93745 Accept Reject Accept Reject
Gifts Yes 0.79506 0.79506 Accept Reject Accept Reject
Homewear Yes 0.34346 0.34346 Accept Reject Accept Reject
Online Offline
Source: Hassen Kajee DATA 20171207.sta.
It can be concluded that there is no difference in the preferences of singles, couples and couples
with kids to shop online. This conclusion is represented by the acceptance of the null hypothesis
(H0: Single = Couple = Couple+Kids).
Table 4.4: Descriptive analysis of family status channel usage
Singles
Online
Couples
Online
Couple + Kids
Online
Singles
Offline
Couples
Offline
Couple + Kids
Offline
Groceries 8.20% 9.60% 16.55% 91.80% 90.40% 83.45%
Shoes/Clothes 21.00% 19.00% 16.50% 79.00% 81.00% 83.50%
Electronics 26.40% 28.70% 27.50% 73.60% 71.30% 72.50%
Gifts 31.10% 27.00% 28.20% 68.90% 73.00% 71.80%
Homewear 30.50% 22.20% 24.80% 69.50% 77.80% 75.20%
Average 23.44% 21.30% 22.71% 76.56% 78.70% 77.29%
Source: Hassen Kajee DATA 20171207.sta.
The summarised descriptive analysis above (Table 4.4) shows that there is no significant
differences between the shopping categories and family status. What can be seen is that a
significant amount of shopping is taking place at malls. Malls are the primary shopping channel
with online being the secondary channel. This is also representative of shoppers who are multi-
channel shoppers within the family status category.
4.2.4 Categories online – channel usage
A single-factor Anova test was done to ascertain whether online channel usage is equal between
the category groups. This analysis was done to answer the question of category bias toward a
specific channel. A hypothesis test was done that shows equality between the groups, and the
alternative showing no equality. See Table 4.5 below.
Table 4.5: Hypothesis test for online channel usage
Anova: Single Factor
SUMMARY
Groups Count Sum Average Variance
6GroceriesOnline 125 13.6 0.1088 0.034519
7Clothes/ShoesOnline 125 23.6 0.1888 0.05568
8ElectronicsOnline 125 34.8 0.2784 0.085739
9GiftsOnline 125 35.6 0.2848 0.07888
10HomewearOnline 125 31.4 0.2512 0.070906
ANOVA
Source of Variation SS df MS F P-value F crit
Between Groups 2.73664 4 0.68416 10.50215 0.000000 2.386303
Within Groups 40.38976 620 0.065145
Total 43.1264 624
Source: Hassen Kajee DATA 20171207.sta.
H0: V6 = V7 = V8 = V9 = V10
H1: V6<>V7<>V8<>V9<>V10
The p-value recorded is below 0.05, therefore rejecting Ho, which hypothesised equality between
the category groups where the preference to buy online is equal. Acceptance of H1 is evidence
that there is a significant difference within categories of the online channel based on the low p-
value.
This makes it clear that consumers shop differently within categories of the online channel. There
exists a gender bias within the categories of Electronics, Gifts and Homeware. Males prefer the
online channel more than females within these categories. This is also true for malls where
females prefer the mall environment for the shopping categories of Electronics, Gifts and
Homeware.
4.2.5 Channel usage – malls versus online
When looking at the usage of online and offline shopping channels, it is clear with significance that
malls are still the main source of shopping. An average of 70%+ of all shopping is still taking place
at malls.
An Anova test was conducted to record the variances between the online and offline channels,
where the hypothesis tested whether online shopping is equal to offline shopping. The results
pointed to p-values of less than 0.05, which shows there is still a significant number of individuals
choosing the mall environment for shopping, with 74% of spend at malls and 26% of spend online.
See Table 4.6 below.
H0: Online shopping = Mall shopping
H1: Online shopping <> Mall shopping
Table 4.6: Hypothesis test for online versus malls
SUMMARY
Groups Count Sum Average Variance
11Total SpendOnline 125 32.6 0.2608 0.042725
11Total SpendMalls 125 92.4 0.7392 0.042725
ANOVA
Source of Variation SS df MS F P-value F crit
Between Groups 14.30416 1 14.30416 334.7948 0.00 3.879228
Within Groups 10.59584 248 0.042725
Total 24.9 249
Source: Hassen Kajee DATA 20171207.sta.
Consumers are multi-channel shoppers. There is a sharing of expenditure between channels. The
primary channel is the offline environment (malls) while the supplementary channel is the online
environment (internet). The average adoption of online purchases is at 26% of total spend. This
clearly represents a large portion of the total shopping basket. The analysis shows that malls are
still the primary channel. However, there is a clear indication that consumers are adopting multiple
channels to fill their shopping baskets. It can therefore be concluded that consumers use both
primary shopping channels (malls) and secondary shopping channels (online) for their purchases.
4.2.6 Category channel biases – online
To understand category biases within the online channel, Anova tests of variances have been
conducted to compare the category purchasing behaviour of the online channel to the total
purchasing behaviour of the online channel. The testing focused on two specific categories,
namely Groceries and Electronics.
Table 4.7: Anova test for category channel bias
Anova: Single Factor For Electronics
SUMMARY
Groups Count Sum Average Variance
8ElectronicsOnline125 34.8 0.2784 0.085739
11Total SpendOnline125 32.6 0.2608 0.042725
ANOVA
Source of VariationSS df MS F P-value F crit
Between Groups0.01936 1 0.01936 0.301406 0.583496 3.879228
Within Groups15.9296 248 0.064232
Total 15.94896 249
Anova: Single Factor for Groceries
SUMMARY
Groups Count Sum Average Variance
6GroceriesOnline 125 13.6 0.1088 0.034519
11Total SpendOnline 125 32.6 0.2608 0.042725
ANOVA
Source of Variation SS df MS F P-value F crit
Between Groups 1.444 1 1.444 37.38808 0.00 3.879228
Within Groups 9.57824 248 0.038622
Total 11.02224 249
Source: Hassen Kajee DATA 20171207.sta.
Groceries:
H0: Groceries online >= Total spend online
H1: Groceries online < Total spend online
Within the category of Groceries, the null hypothesis represented a point where groceries was
equal to or higher than the total online spend. The p-value was below 0.05, therefore rejecting the
null hypothesis and accepting the alternative that the consumers preferred not to buy groceries
online. There is a clear indication that consumers prefer the physical shopping environment for
grocery shopping.
Electronics:
H0: Electronics online >= Total spend online
H1: Electronics online < Total spend online
Within the category of Electronics, the null hypothesis represented a point where Groceries was
equal to or higher than the total online spend. It was found that the p-value is above 0.05, therefore
accepting the null hypothesis.
Consumers prefer shopping online for items that are non-perishable, which includes Electronics,
Gifts and Homeware.
4.2.7 Attribute analysis within categories
An Anova test, descriptive statistics and a Friedman Anova sum of ranks test were conducted to
ascertain whether the attributes of price, convenience and delivery between the category groups
are equal. Refer to Table 4.8 below in this regard.
Table 4.8: Descriptive statistics for attribute analysis between categories
Descriptive Statistics (DATA 20171207.sta)
Variable
Valid N Mean Median Minimum Maximum LowerQuartile
UpperQuartile
Std.Dev.
13I will pay Delivery Charges
18I will pay Delivery Charges
23I will pay Delivery Charges
14Groceries Online is Convenient
21Buying Shoes+clothes online is more convenient
26Buying elec+gifts online is more convenient
17Clothes/Shoes is Cheaper online
22Electronics/Gifts Cheaper online
125 2.392000 2.000000 1.000000 5.000000 2.000000 3.000000 1.135185
125 2.832000 3.000000 1.000000 5.000000 2.000000 4.000000 1.105237
125 3.088000 3.000000 1.000000 5.000000 2.000000 4.000000 1.062681
125 3.248000 3.000000 1.000000 5.000000 3.000000 4.000000 1.147620
125 3.440000 4.000000 1.000000 5.000000 3.000000 4.000000 0.928057
125 3.800000 4.000000 1.000000 5.000000 3.000000 4.000000 0.915811
125 3.136000 3.000000 1.000000 5.000000 2.000000 4.000000 0.961719
125 3.440000 3.000000 1.000000 5.000000 3.000000 4.000000 0.919327
Source: Hassen Kajee DATA 20171207.sta.
A descriptive analysis shows that individuals do not want to pay delivery charges for groceries with
a mean of 2.392, but are more neutral towards paying delivery charges for shoes and electronics
with a higher mean of 2.9+.
The data points to a neutrality towards groceries being convenient online, but a more conclusive
agreeability that shoes, clothing, electronics and gifts are convenient online with means of 3.4+.
As can be seen, price plays an important role, with neutrality for clothes and shoes, but more
agreeability for electronics with a mean of 3.4.
A Friedman Anova sum of ranks test was also conducted. Below are the tables.
Table 4.9: Friedman Anova sum of ranks for delivery
Friedman ANOVA and Kendall Coeff. ofConcordance (DATA 20171207.sta)ANOVA Chi Sqr. (N = 125, df = 2) = 40.49240 p =.00000Coeff. of Concordance = .16197 Aver. rank r =.15521
Variable
AverageRank
Sum ofRanks
Mean Std.Dev.
13I will pay Delivery Charges
18I will pay Delivery Charges
23I will pay Delivery Charges
1.664000 208.0000 2.392000 1.135185
2.020000 252.5000 2.832000 1.105237
2.316000 289.5000 3.088000 1.062681
Source: Hassen Kajee DATA 20171207.sta.
According to the above data (Table 4.9), individuals are more willing to pay delivery charges for
Shoes/Clothes, Electronics and Gifts with average ranks of 2 (Shoes/Clothing) and 2.3
(Electronics), and less willing to pay delivery charges for Groceries with an average rank of 1.7.
Table 4.10: Anova test for delivery attribute between categories
Anova: Single Factor
SUMMARY
Groups Count Sum Average Variance
13I will pay Delivery Charges(Groceries) 125 451 3.608 1.288645
18I will pay Delivery Charges(Shoes_Clothing) 125 354 2.832 1.221548
23I will pay Delivery Charges (Electronics) 125 386 3.088 1.12929
ANOVA
Source of Variation SS df MS F P-value F crit
Between Groups 39.088 2 19.544 16.10998 0.000 3.019987
Within Groups 451.296 372 1.213161
Total 490.384 374
Source: Hassen Kajee DATA 20171207.sta.
H0: 13l=18l=23l
H1: 13l<>18l<>23l
A p-value of less than 0.05 rejects the null hypothesis, therefore showing significant differences
between the attributes of delivery charge. The conclusion is that consumers are more open to
paying delivery for electronics.
Table 4.11: Friedman Anova sum of ranks for convenience
Friedman ANOVA and Kendall Coeff. ofConcordance (DATA 20171207.sta)ANOVA Chi Sqr. (N = 125, df = 2) = 21.68387 p =.00002Coeff. of Concordance = .08674 Aver. rank r =.07937
Variable
AverageRank
Sum ofRanks
Mean Std.Dev.
14Groceries Online is Convenient
21Buying Shoes+clothes online is more convenient
26Buying elec+gifts online is more convenient
1.804000 225.5000 3.248000 1.147620
1.940000 242.5000 3.440000 0.928057
2.256000 282.0000 3.800000 0.915811
Source: Hassen Kajee DATA 20171207.sta.
Consumers strongly believed that Electronics was the shopping category most convenient in terms
of online shopping. The average ranks for Groceries and Shoes/Clothes were close at 1.8 and 1.9
respectively, as illustrated in Table 4.11.
Table 4.12: Wilcoxon test for price attributes of Shoes/Clothes and Electronics
Wilcoxon Matched Pairs Test (DATA20171207.sta)Marked tests are significant at p <.05000
Pair of Variables
ValidN
T Z p-value
17Clothes/Shoes is Cheaper online & 22Electronics/Gifts Cheaper online 61 480.5000 3.339991 0.000838
Source: Hassen Kajee DATA 20171207.sta.
H0: Clothes/Shoes cheaper = Electronics/Gifts cheaper
H1: Clothes/Shoes cheaper <> Electronics/Gifts cheaper
A Wilcoxon match was done for price as this study compared the categories of Shoes/Clothes and
Electronics. A p-value of less than 0.05 rejects the null hypothesis. Hence, there is a clear
difference in the consumers’ perception of price between the categories of Shoes/Clothes and
Electronics.
The category attribute differences between the online and offline channels are clear. Also,
consumers perceived price, delivery and convenience differently across the shopping categories.
Electronics and Gifts are the preferred online categories with Groceries less preferred within the
online environment.
4.2.8 Age orientation between the online channel and malls
A Spearman correlation, as shown in Table 4.13, was used to test the relationship between age
and purchasing electronics online. The test focuses on plotting the ranks of age and percentage of
electronics online. The outcome is a correlation co-efficient of -0.19, which lies between 1 and -1. A
hypothesis test was also done.
Table 4.13: Spearman correlation table between age and online purchases
Age:8ElectronicsOnline: r = -0.1911, p = 0.0328
Spearman r = -0.19 p=0.03
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
8E
lectr
onic
sO
nlin
e
Source: Hassen Kajee DATA 20171207.sta.
H0: All ages purchase electronics online.
H1: There is a significant difference in age and online purchase for electronics and gifts.
This test analyses the relationship that age has on the propensity to purchase electronics online.
The correlation, as described above, is a negative correlation, which shows that as age increases,
the propensity to use online channels to purchase electronic items decreases. A p-value of lower
than 0.05 is significant, therefore rejecting the null hypothesis. There is a significant difference in
age and online purchase behaviour for Electronics and Gifts.
There is a clear distinction between online shopping and age. As can be seen on the right-hand
side of the graph (see Table 4.13), the amount of online shopping decreases as age increases.
Online purchasing is highly technology intensive.
Table 4.14: Spearman correlation table between age and mall purchases
Age:8ElectronicsMalls: r = 0.1911, p = 0.0328
Spearman r = 0.19 p=0.03
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
8E
lectr
onic
sM
alls
Source: Hassen Kajee DATA 20171207.sta.
The above graph (Table 4.14) analyses age in terms of electronics purchases in malls, and clearly
shows a positive relationship for increasing age and propensity to shop at malls. As age increases,
the need to shop at malls increases.
4.2.9 Online shopping is safe
One of the key determinants of the success of online growth is the perception of security.
Consumers rated their perception of online security on a Likert scale, and the observations were
analysed using an Anova table. A p-value higher than 0.05 denotes equality within the variances.
The data within the family groups was analysed to ascertain whether online purchasing is safe.
See Table 4.15 below.
Table 4.15: Anova table for online security and family status
Source: Hassen Kajee DATA 20171207.sta.
Based on these results (see Table 4.15) consumers do feel that online shopping in South Africa is
secure.
4.2.10 Delivery charges
Table 4.16: Age and propensity to pay delivery charges
Source: Hassen Kajee DATA 20171207.sta.
The above table (Table 4.16) confirms that consumers are opposed to delivery charges when it
comes to online shopping. There is consensus across the population demographic with a p-value
greater than 0.05 on gender, age and family orientation.
4.2.11 The future of online shopping
An Anova test was conducted to test the attitudes to the future of online shopping. Consumers
were divided into three groups, namely singles, couples and couples with kids. The test focused on
analysing whether there was a difference in family status preferences towards the future of online
shopping. The p-value above 0.05 implies that there is an acceptance of a successful future for
online shopping based on better delivery times, lower prices and improved return processes.
Table 4.17: Anova and Cronbach reliability table for attitude to the future of online shopping
Source: Hassen Kajee DATA 20171207.sta.
The Cronbach reliability table above (Table 4.17) confirms the acceptability of the construct attitude
towards the future of online shopping. The 0.85 Alpha confirms a positive correlation. The
descriptive analysis points out that consumers will increase their online purchasing if the attributes
of efficient delivery, lower prices and easier return processes can be realised. This also confirms
that online shopping is continuously evolving based on the strong agreeability of the sample
towards the attributes of delivery, price and returns.
4.3 SUMMARY
Consumers are shifting their shopping behaviour towards multi-channel purchasing behaviour
within certain retail categories. The primary channel is still bricks-and-mortar malls with online
shopping on the increase. Non-perishable items such as electronics, gifts, clothes, shoes and
homeware items are taking a larger percentage of sales away from the bricks-and-mortar
environment. The respondents from the chosen sample reported that 30% of their electronics
shopping is done online. The same applies to 19% of their shopping for shoes and clothing, 28% of
their shopping for gifts, 25% of their shopping for homeware and 11% of their shopping for
groceries. There was no significant difference when it comes to online channel choice between
males and females, and family orientation between singles, couples and couples with kids.
Consumers’ attitudes to the online attributes of price, delivery, convenience and returns also
differed within categories. Consumers were neutral in terms of the Shoes/Clothing shopping
category. This denotes growing trust in online shopping for shoes and clothes. Electronics was
biased towards males who agreed with the attributes of convenience, delivery and price. Females
were neutral, denoting increasing trust in the Electronics category. There was broad consensus
that the attributes of convenience, returns, delivery and good online content would lead to a further
increase in online purchasing activity.
CHAPTER 5
SUMMARY, CONCLUSION AND RECOMMENDATIONS
5.1 INTRODUCTION
This chapter presents a summary of the findings and key recommendations for the future of the
online purchasing environment.
5.2 SUMMARY OF MAIN FINDINGS
Consumers in South Africa are using multiple channels to conduct their shopping. A descriptive
analysis of the results from this study showed an average of 23% for online channel usage and
77% for offline channel usage (malls). There is a clear propensity to shop in the offline sector, with
malls as the primary channel and online shopping as the supplementary channel. Rejection of the
null hypothesis bolstered the argument that malls are the preferred channel for shopping.
Females and males shared their preference to shop both online and offline for groceries, shoes
and clothes. There was a clear difference with electronics, gifts and homeware, where a rejection
of equal preference occurred. Females do not prefer to buy electronics, gifts and homeware online
while their male counterparts do.
There was no specific drive towards family dynamic relating to purchase decisions in terms of the
online channel. Also, there was no difference in the preferences of singles, couples and couples
with kids in terms of shopping online. Offline categories assumed the same relationship. Equality of
variances is a clear sign that consumers are multi-channel shoppers.
Within the online channel, electronics, gifts and clothing are the highest purchased categories.
Within the offline channel, groceries are the highest purchased items. A test was done to check the
level of each category against the total of the category. Online shopping for groceries was least
preferred while online shopping for electronics, gifts and homeware was the most preferred.
Each category was tested for the attributes of convenience, delivery and price. There was a clear
difference between the attributes for each online category. Consumers rated the same attributes
differently within the categories. Electronics and Gifts showed a positive overall attitude towards
each attribute, whereas Groceries and Shoes/Clothing showed more neutrality. This clearly shows
that a significant amount of work still needs to be done in terms of convenience, delivery and price
for consumers to be more positive about online shopping.
Attitudes towards the future of online shopping were tested, which showed that consumers would
prefer better delivery times and lower prices online.
Consumers agreed that the online environment in South Africa is safe. There was full acceptance
of the hypothesis. Generational biases would play a role in the safety aspect of online shopping.
There was a generational bias towards online shopping. A negative correlation was observed in
terms of online shopping and age. As the age increases, the propensity to shop online decreases.
There is high acceptance of online shopping at younger ages.
Consumers are adopting a multi-channel approach to shopping within retail categories. The bricks-
and-mortar channel is still the primary channel, with data proving that consumers prefer to shop
within a multi-channel environment. This qualifies the online channel in South Africa as a strong
secondary shopping channel or supplementary channel.
5.3 RECOMMENDATIONS FOR FUTURE RESEARCH
The sample for the study focused on individuals who purchased goods online. The study should be
expanded to include shoppers in malls. This will give a more holistic view of current South African
shoppers.
In this study, the retail categories Groceries, Shoes/Clothes, Electronics, Gifts and Homeware
were analysed. The purchasing behaviour of buying non-perishables online is on the increase
without significant changes in consumer preferences across gender and family dynamic. Further
analysis should be done on each retail category to determine how online purchasing within the
categories can be enhanced. Online grocery shopping amounted to 11% of total expenditure while
online shopping for electronics amounted to 30%. Understanding the attributes that will increase
grocery shopping online is a key priority.
5.4 RECOMMENDATIONS
Aggressive expenditure on bricks-and-mortar shops must be followed by the digitisation of these
bricks-and-mortar environments. The omni-channel environment will create more convenience and
choice for customers.
The study clearly showed that consumers are multi-channel shoppers who use malls as their
primary purchase channel and online shopping as their secondary purchase channel. The future of
retail would see both channels coming together into an omni-channel environment.
Online and offline warehouses can centralise their distribution channels under one roof. Every mall
reframed would be a culmination of many small warehouses, which can be linked to the cloud
environment. Malls and stores will be able to create a live cloud of their products for sale.
Consumers today are becoming accustomed to the idea of being able to purchase specific
categories of products using different channels. Items such as Gifts, Clothing, Shoes and
Electronics are ideally suited for a digital environment, while items such as Groceries and
Convenience Food are better suited for the bricks-and-mortar channel.
5.5 CONCLUSION
Two factors that have a significant impact on shopping behaviour today are impulse purchasing
and immediate gratification. Impulse purchasing lends itself to a smart digital selling strategy where
consumers are lured into purchasing items based on the attraction of price points and the
opportunity cost of purchasing immediately due to increased prices at a later stage. Immediate
gratification is one of the key reasons why people frequent malls. However, due to the constraints
of time and environment, customers are drawn into a no-time-now mind-set, and push the
purchasing decision to a later time.
Convenience and ease of use are important for consumers. Added to this is excellent customer
service. Consumers no longer want to wait three to five days for the delivery of the items they have
ordered online. Shopping malls, once reframed, can become pickup points for online orders,
mitigating the long waiting periods. This will allow purchasing and footfall to increase in malls.
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APPENDIX A
Statistical Findings
Q1 ANOVA (DATA 20171207.sta)
6GROCERIESONLINE | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 6GroceriesOnline
(Analysis sample)
-0.3 -0.2 -0.1 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=1.9656, p=0.16 Mann-Whitney U p=0.21
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
-0.02
0.00
0.02
0.04
0.06
0.08
0.10
0.12
0.14
0.16
0.18
6G
roceriesO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
6GroceriesOnline 0.048135 0.014429 3.336095 0.070200
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=1.9656, p=.16344Effective hypothesis decomposition
Cell No.
Gender 6GroceriesOnlineMean
6GroceriesOnlineStd.Err.
6GroceriesOnline-95.00%
6GroceriesOnline+95.00%
N
1
2
M 0.073684 0.030023 0.014256 0.133112 38
F 0.124138 0.019842 0.084862 0.163414 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 6GroceriesOnlineMean
6GroceriesOnlineStd.Dev.
6GroceriesOnlineStd.Err
6GroceriesOnline-95.00%
6GroceriesOnline+95.00%
Total
Gender
Gender
125 0.108800 0.185792 0.016618 0.075909 0.141691
M 38 0.073684 0.157144 0.025492 0.022032 0.125336
F 87 0.124138 0.195867 0.020999 0.082393 0.165883
Mean of men smaller then mean of the women. Men and women do not differ with groceries online
Man white
6GROCERIESMALLS | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 6GroceriesMalls
(Analysis sample)
-0.9 -0.8 -0.7 -0.6 -0.5 -0.4 -0.3 -0.2 -0.1 0.0 0.1 0.2 0.3
Residual
-3.5
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=1.9656, p=0.16 Mann-Whitney U p=0.21
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.82
0.84
0.86
0.88
0.90
0.92
0.94
0.96
0.98
1.00
1.02
6G
roceriesM
alls
Levene’s Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
6GroceriesMalls 0.048135 0.014429 3.336095 0.070200
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=1.9656, p=.16344Effective hypothesis decomposition
Cell No.
Gender 6GroceriesMallsMean
6GroceriesMallsStd.Err.
6GroceriesMalls-95.00%
6GroceriesMalls+95.00%
N
1
2
M 0.926316 0.030023 0.866888 0.985744 38
F 0.875862 0.019842 0.836586 0.915138 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 6GroceriesMallsMean
6GroceriesMallsStd.Dev.
6GroceriesMallsStd.Err
6GroceriesMalls-95.00%
6GroceriesMalls+95.00%
Total
Gender
Gender
125 0.891200 0.185792 0.016618 0.858309 0.924091
M 38 0.926316 0.157144 0.025492 0.874664 0.977968
F 87 0.875862 0.195867 0.020999 0.834117 0.917607
7CLOTHES/SHOESONLINE | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 7Clothes/ShoesOnline
(Analysis sample)
-0.4 -0.3 -0.2 -0.1 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=6.2626, p=0.01 Mann-Whitney U p=0.02
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.00
0.05
0.10
0.15
0.20
0.25
0.30
7C
loth
es/S
hoesO
nlin
e
Levene’s Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
7Clothes/ShoesOnline 0.055301 0.025087 2.204348 0.140180
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=6.2626, p=.01364Effective hypothesis decomposition
Cell No.
Gender 7Clothes/ShoesOnlineMean
7Clothes/ShoesOnlineStd.Err.
7Clothes/ShoesOnline-95.00%
7Clothes/ShoesOnline+95.00%
N
1
2
M 0.110526 0.037491 0.036314 0.184738 38
F 0.222989 0.024778 0.173942 0.272035 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 7Clothes/ShoesOnlineMean
7Clothes/ShoesOnlineStd.Dev.
7Clothes/ShoesOnlineStd.Err
7Clothes/ShoesOnline-95.00%
7Clothes/ShoesOnline+95.00%
Total
Gender
Gender
125 0.188800 0.235966 0.021105 0.147026 0.230574
M 38 0.110526 0.165692 0.026879 0.056065 0.164988
F 87 0.222989 0.254129 0.027246 0.168826 0.277151
Men whitney and anova says there is a difference between men and women
7CLOTHES/SHOESMALLS | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 7Clothes/ShoesMalls
(Analysis sample)
-0.7 -0.6 -0.5 -0.4 -0.3 -0.2 -0.1 0.0 0.1 0.2 0.3 0.4
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=6.2626, p=0.01 Mann-Whitney U p=0.02
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.70
0.75
0.80
0.85
0.90
0.95
1.00
7C
loth
es/S
hoesM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
7Clothes/ShoesMalls 0.055301 0.025087 2.204348 0.140180
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=6.2626, p=.01364Effective hypothesis decomposition
Cell No.
Gender 7Clothes/ShoesMallsMean
7Clothes/ShoesMallsStd.Err.
7Clothes/ShoesMalls-95.00%
7Clothes/ShoesMalls+95.00%
N
1
2
M 0.889474 0.037491 0.815262 0.963686 38
F 0.777011 0.024778 0.727965 0.826058 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 7Clothes/ShoesMallsMean
7Clothes/ShoesMallsStd.Dev.
7Clothes/ShoesMallsStd.Err
7Clothes/ShoesMalls-95.00%
7Clothes/ShoesMalls+95.00%
Total
Gender
Gender
125 0.811200 0.235966 0.021105 0.769426 0.852974
M 38 0.889474 0.165692 0.026879 0.835012 0.943935
F 87 0.777011 0.254129 0.027246 0.722849 0.831174
8ELECTRONICSONLINE | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 8ElectronicsOnline
(Analysis sample)
-0.6 -0.4 -0.2 0.0 0.2 0.4 0.6 0.8 1.0
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=6.0153, p=0.02 Mann-Whitney U p=0.08
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
8E
lectr
onic
sO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
8ElectronicsOnline 0.368742 0.028330 13.01586 0.000448
Gender; Weighted Means
Gender; Weighted Means
Current effect: F(1, 123)=6.0153, p=.01559
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
0.55
8E
lectr
onic
sO
nlin
e
Games-Howell post hoc
1t
2df
3p
1:2 2.15318306 54.0554774 0.0357834625
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=6.0153, p=.01559Effective hypothesis decomposition
Cell No.
Gender 8ElectronicsOnlineMean
8ElectronicsOnlineStd.Err.
8ElectronicsOnline-95.00%
8ElectronicsOnline+95.00%
N
1
2
M 0.373684 0.046568 0.281505 0.465863 38
F 0.236782 0.030777 0.175861 0.297702 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 8ElectronicsOnlineMean
8ElectronicsOnlineStd.Dev.
8ElectronicsOnlineStd.Err
8ElectronicsOnline-95.00%
8ElectronicsOnline+95.00%
Total
Gender
Gender
125 0.278400 0.292813 0.026190 0.226563 0.330237
M 38 0.373684 0.354648 0.057532 0.257114 0.490254
F 87 0.236782 0.252483 0.027069 0.182970 0.290593
8ELECTRONICSMALLS | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 8ElectronicsMalls
(Analysis sample)
-1.0 -0.8 -0.6 -0.4 -0.2 0.0 0.2 0.4 0.6
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=6.0153, p=0.02 Mann-Whitney U p=0.08
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.50
0.55
0.60
0.65
0.70
0.75
0.80
0.85
0.90
8E
lectr
onic
sM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
8ElectronicsMalls 0.368742 0.028330 13.01586 0.000448
Gender; Weighted Means
Gender; Weighted Means
Current effect: F(1, 123)=6.0153, p=.01559
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.45
0.50
0.55
0.60
0.65
0.70
0.75
0.80
0.85
8E
lectr
onic
sM
alls
Games-Howell post hoc
1t
2df
3p
1:2 2.15318306 54.0554774 0.0357834625
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=6.0153, p=.01559Effective hypothesis decomposition
Cell No.
Gender 8ElectronicsMallsMean
8ElectronicsMallsStd.Err.
8ElectronicsMalls-95.00%
8ElectronicsMalls+95.00%
N
1
2
M 0.626316 0.046568 0.534137 0.718495 38
F 0.763218 0.030777 0.702298 0.824139 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 8ElectronicsMallsMean
8ElectronicsMallsStd.Dev.
8ElectronicsMallsStd.Err
8ElectronicsMalls-95.00%
8ElectronicsMalls+95.00%
Total
Gender
Gender
125 0.721600 0.292813 0.026190 0.669763 0.773437
M 38 0.626316 0.354648 0.057532 0.509746 0.742886
F 87 0.763218 0.252483 0.027069 0.709407 0.817030
9GIFTSONLINE | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 9GiftsOnline
(Analysis sample)
-0.6 -0.4 -0.2 0.0 0.2 0.4 0.6 0.8 1.0
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=.28817, p=0.59 Mann-Whitney U p=0.87
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.18
0.20
0.22
0.24
0.26
0.28
0.30
0.32
0.34
0.36
0.38
0.40
0.42
9G
iftsO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
9GiftsOnline 0.155820 0.023157 6.728849 0.010638
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=.28817, p=.59236Effective hypothesis decomposition
Cell No.
Gender 9GiftsOnlineMean
9GiftsOnlineStd.Err.
9GiftsOnline-95.00%
9GiftsOnline+95.00%
N
1
2
M 0.305263 0.045692 0.214818 0.395708 38
F 0.275862 0.030198 0.216088 0.335637 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 9GiftsOnlineMean
9GiftsOnlineStd.Dev.
9GiftsOnlineStd.Err
9GiftsOnline-95.00%
9GiftsOnline+95.00%
Total
Gender
Gender
125 0.284800 0.280856 0.025121 0.235079 0.334521
M 38 0.305263 0.340863 0.055295 0.193224 0.417302
F 87 0.275862 0.251953 0.027012 0.222164 0.329561
9GIFTSMALLS | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 9GiftsMalls
(Analysis sample)
-1.0 -0.8 -0.6 -0.4 -0.2 0.0 0.2 0.4 0.6
Residual
-3.5
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=.28817, p=0.59 Mann-Whitney U p=0.87
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.58
0.60
0.62
0.64
0.66
0.68
0.70
0.72
0.74
0.76
0.78
0.80
0.82
9G
iftsM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
9GiftsMalls 0.155820 0.023157 6.728849 0.010638
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=.28817, p=.59236Effective hypothesis decomposition
Cell No.
Gender 9GiftsMallsMean
9GiftsMallsStd.Err.
9GiftsMalls-95.00%
9GiftsMalls+95.00%
N
1
2
M 0.694737 0.045692 0.604292 0.785182 38
F 0.724138 0.030198 0.664363 0.783912 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 9GiftsMallsMean
9GiftsMallsStd.Dev.
9GiftsMallsStd.Err
9GiftsMalls-95.00%
9GiftsMalls+95.00%
Total
Gender
Gender
125 0.715200 0.280856 0.025121 0.665479 0.764921
M 38 0.694737 0.340863 0.055295 0.582698 0.806776
F 87 0.724138 0.251953 0.027012 0.670439 0.777836
10HOMEWEARONLINE | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 10Homew earOnline
(Analysis sample)
-0.4 -0.3 -0.2 -0.1 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=.83797, p=0.36 Mann-Whitney U p=0.88
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.16
0.18
0.20
0.22
0.24
0.26
0.28
0.30
0.32
0.34
0.36
0.38
0.40
10H
om
ew
earO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
10HomewearOnline 0.178374 0.024783 7.197303 0.008306
Gender; Weighted Means
Gender; Weighted Means
Current effect: F(1, 123)=.83797, p=.36177
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.15
0.20
0.25
0.30
0.35
0.40
0.45
10H
om
ew
earO
nlin
e
Games-Howell post hoc
1t
2df
3p
1:2 0.806258902 54.3702273 0.423606179
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=.83797, p=.36177Effective hypothesis decomposition
Cell No.
Gender 10HomewearOnlineMean
10HomewearOnlineStd.Err.
10HomewearOnline-95.00%
10HomewearOnline+95.00%
N
1
2
M 0.284211 0.043225 0.198650 0.369771 38
F 0.236782 0.028567 0.180235 0.293328 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 10HomewearOnlineMean
10HomewearOnlineStd.Dev.
10HomewearOnlineStd.Err
10HomewearOnline-95.00%
10HomewearOnline+95.00%
Total
Gender
Gender
125 0.251200 0.266281 0.023817 0.204060 0.298340
M 38 0.284211 0.327584 0.053141 0.176536 0.391885
F 87 0.236782 0.235320 0.025229 0.186628 0.286935
10HOMEWEARMALLS | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 10Homew earMalls
(Analysis sample)
-0.9 -0.8 -0.7 -0.6 -0.5 -0.4 -0.3 -0.2 -0.1 0.0 0.1 0.2 0.3 0.4
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=.83797, p=0.36 Mann-Whitney U p=0.88
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.60
0.62
0.64
0.66
0.68
0.70
0.72
0.74
0.76
0.78
0.80
0.82
0.84
10H
om
ew
earM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
10HomewearMalls 0.178374 0.024783 7.197303 0.008306
Gender; Weighted Means
Gender; Weighted Means
Current effect: F(1, 123)=.83797, p=.36177
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
0.55
0.60
0.65
0.70
0.75
0.80
0.85
10H
om
ew
earM
alls
Games-Howell post hoc
1t
2df
3p
1:2 0.806258902 54.3702273 0.423606179
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=.83797, p=.36177Effective hypothesis decomposition
Cell No.
Gender 10HomewearMallsMean
10HomewearMallsStd.Err.
10HomewearMalls-95.00%
10HomewearMalls+95.00%
N
1
2
M 0.715789 0.043225 0.630229 0.801350 38
F 0.763218 0.028567 0.706672 0.819765 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 10HomewearMallsMean
10HomewearMallsStd.Dev.
10HomewearMallsStd.Err
10HomewearMalls-95.00%
10HomewearMalls+95.00%
Total
Gender
Gender
125 0.748800 0.266281 0.023817 0.701660 0.795940
M 38 0.715789 0.327584 0.053141 0.608115 0.823464
F 87 0.763218 0.235320 0.025229 0.713065 0.813372
6GROCERIESONLINE | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 6GroceriesOnline
(Analysis sample)
-0.3 -0.2 -0.1 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=1.8507, p=0.16 Kruskal-Wallis p=0.18
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
-0.05
0.00
0.05
0.10
0.15
0.20
0.25
0.30
6G
roceriesO
nlin
e
Non parametric, 3 or more treatments.kruskal wallis
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
6GroceriesOnline 0.028337 0.014466 1.958903 0.145423
Width of the confidence intervals, are they widely different, variation is the same for comparability. If there is non homogeneity
LSD test; variable 6GroceriesOnline (DATA 20171207.sta)
LSD test; variable 6GroceriesOnline (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .03405, df = 122.00
Cell No.
Family Status {1}.08235
{2}.09677
{3}.16552
1
2
3
Single 0.714840 0.077083
Couple 0.714840 0.100312
Couple+Kids 0.077083 0.100312
Tell if the means are different, where are the differences
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=1.8507, p=.16152Effective hypothesis decomposition
Cell No.
Family Status 6GroceriesOnlineMean
6GroceriesOnlineStd.Err.
6GroceriesOnline-95.00%
6GroceriesOnline+95.00%
N
1
2
3
Single 0.082353 0.031647 0.019705 0.145001 34
Couple 0.096774 0.023435 0.050381 0.143167 62
Couple+Kids 0.165517 0.034266 0.097683 0.233351 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 6GroceriesOnlineMean
6GroceriesOnlineStd.Dev.
6GroceriesOnlineStd.Err
6GroceriesOnline-95.00%
6GroceriesOnline+95.00%
Total
Family Status
Family Status
Family Status
125 0.108800 0.185792 0.016618 0.075909 0.141691
Single 34 0.082353 0.140282 0.024058 0.033406 0.131300
Couple 62 0.096774 0.183739 0.023335 0.050113 0.143435
Couple+Kids 29 0.165517 0.227213 0.042192 0.079090 0.251944
6GROCERIESMALLS | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 6GroceriesMalls
(Analysis sample)
-0.8 -0.7 -0.6 -0.5 -0.4 -0.3 -0.2 -0.1 0.0 0.1 0.2 0.3
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=1.8507, p=0.16 Kruskal-Wallis p=0.18
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.70
0.75
0.80
0.85
0.90
0.95
1.00
1.05
6G
roceriesM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
6GroceriesMalls 0.028337 0.014466 1.958903 0.145423
LSD test; variable 6GroceriesMalls (DATA 20171207.sta)
LSD test; variable 6GroceriesMalls (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .03405, df = 122.00
Cell No.
Family Status {1}.91765
{2}.90323
{3}.83448
1
2
3
Single 0.714840 0.077083
Couple 0.714840 0.100312
Couple+Kids 0.077083 0.100312
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=1.8507, p=.16152Effective hypothesis decomposition
Cell No.
Family Status 6GroceriesMallsMean
6GroceriesMallsStd.Err.
6GroceriesMalls-95.00%
6GroceriesMalls+95.00%
N
1
2
3
Single 0.917647 0.031647 0.854999 0.980295 34
Couple 0.903226 0.023435 0.856833 0.949619 62
Couple+Kids 0.834483 0.034266 0.766649 0.902317 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 6GroceriesMallsMean
6GroceriesMallsStd.Dev.
6GroceriesMallsStd.Err
6GroceriesMalls-95.00%
6GroceriesMalls+95.00%
Total
Family Status
Family Status
Family Status
125 0.891200 0.185792 0.016618 0.858309 0.924091
Single 34 0.917647 0.140282 0.024058 0.868700 0.966594
Couple 62 0.903226 0.183739 0.023335 0.856565 0.949887
Couple+Kids 29 0.834483 0.227213 0.042192 0.748056 0.920910
7CLOTHES/SHOESONLINE | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 7Clothes/ShoesOnline
(Analysis sample)
-0.3 -0.2 -0.1 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=.22867, p=0.80 Kruskal-Wallis p=0.46
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.05
0.10
0.15
0.20
0.25
0.30
0.35
7C
loth
es/S
hoesO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
7Clothes/ShoesOnline 0.028896 0.028733 1.005670 0.368811
LSD test; variable 7Clothes/ShoesOnline (DATA 20171207.sta)
LSD test; variable 7Clothes/ShoesOnline (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .05638, df = 122.00
Cell No.
Family Status {1}.20588
{2}.19032
{3}.16552
1
2
3
Single 0.759315 0.502523
Couple 0.759315 0.643220
Couple+Kids 0.502523 0.643220
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.22867, p=.79593Effective hypothesis decomposition
Cell No.
Family Status 7Clothes/ShoesOnlineMean
7Clothes/ShoesOnlineStd.Err.
7Clothes/ShoesOnline-95.00%
7Clothes/ShoesOnline+95.00%
N
1
2
3
Single 0.205882 0.040722 0.125269 0.286496 34
Couple 0.190323 0.030156 0.130626 0.250019 62
Couple+Kids 0.165517 0.044093 0.078231 0.252804 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 7Clothes/ShoesOnlineMean
7Clothes/ShoesOnlineStd.Dev.
7Clothes/ShoesOnlineStd.Err
7Clothes/ShoesOnline-95.00%
7Clothes/ShoesOnline+95.00%
Total
Family Status
Family Status
Family Status
125 0.188800 0.235966 0.021105 0.147026 0.230574
Single 34 0.205882 0.253391 0.043456 0.117470 0.294294
Couple 62 0.190323 0.218572 0.027759 0.134816 0.245829
Couple+Kids 29 0.165517 0.256732 0.047674 0.067862 0.263173
7CLOTHES/SHOESMALLS | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 7Clothes/ShoesMalls
(Analysis sample)
-0.8 -0.7 -0.6 -0.5 -0.4 -0.3 -0.2 -0.1 0.0 0.1 0.2 0.3
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=.22867, p=0.80 Kruskal-Wallis p=0.46
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.65
0.70
0.75
0.80
0.85
0.90
0.95
7C
loth
es/S
hoesM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
7Clothes/ShoesMalls 0.028896 0.028733 1.005670 0.368811
LSD test; variable 7Clothes/ShoesMalls (DATA 20171207.sta)
LSD test; variable 7Clothes/ShoesMalls (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .05638, df = 122.00
Cell No.
Family Status {1}.79412
{2}.80968
{3}.83448
1
2
3
Single 0.759315 0.502523
Couple 0.759315 0.643220
Couple+Kids 0.502523 0.643220
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.22867, p=.79593Effective hypothesis decomposition
Cell No.
Family Status 7Clothes/ShoesMallsMean
7Clothes/ShoesMallsStd.Err.
7Clothes/ShoesMalls-95.00%
7Clothes/ShoesMalls+95.00%
N
1
2
3
Single 0.794118 0.040722 0.713504 0.874731 34
Couple 0.809677 0.030156 0.749981 0.869374 62
Couple+Kids 0.834483 0.044093 0.747196 0.921769 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 7Clothes/ShoesMallsMean
7Clothes/ShoesMallsStd.Dev.
7Clothes/ShoesMallsStd.Err
7Clothes/ShoesMalls-95.00%
7Clothes/ShoesMalls+95.00%
Total
Family Status
Family Status
Family Status
125 0.811200 0.235966 0.021105 0.769426 0.852974
Single 34 0.794118 0.253391 0.043456 0.705706 0.882530
Couple 62 0.809677 0.218572 0.027759 0.754171 0.865184
Couple+Kids 29 0.834483 0.256732 0.047674 0.736827 0.932138
8ELECTRONICSONLINE | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 8ElectronicsOnline
(Analysis sample)
-0.4 -0.2 0.0 0.2 0.4 0.6 0.8 1.0
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=.06463, p=0.94 Kruskal-Wallis p=0.84
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
8E
lectr
onic
sO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
8ElectronicsOnline 0.031809 0.030417 1.045763 0.354552
LSD test; variable 8ElectronicsOnline (DATA 20171207.sta)
LSD test; variable 8ElectronicsOnline (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .08705, df = 122.00
Cell No.
Family Status {1}.26471
{2}.28710
{3}.27586
1
2
3
Single 0.722743 0.881338
Couple 0.722743 0.865875
Couple+Kids 0.881338 0.865875
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.06463, p=.93745Effective hypothesis decomposition
Cell No.
Family Status 8ElectronicsOnlineMean
8ElectronicsOnlineStd.Err.
8ElectronicsOnline-95.00%
8ElectronicsOnline+95.00%
N
1
2
3
Single 0.264706 0.050600 0.164538 0.364874 34
Couple 0.287097 0.037471 0.212919 0.361274 62
Couple+Kids 0.275862 0.054789 0.167402 0.384322 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 8ElectronicsOnlineMean
8ElectronicsOnlineStd.Dev.
8ElectronicsOnlineStd.Err
8ElectronicsOnline-95.00%
8ElectronicsOnline+95.00%
Total
Family Status
Family Status
Family Status
125 0.278400 0.292813 0.026190 0.226563 0.330237
Single 34 0.264706 0.290123 0.049756 0.163477 0.365934
Couple 62 0.287097 0.314921 0.039995 0.207122 0.367072
Couple+Kids 29 0.275862 0.253060 0.046992 0.179603 0.372121
8ELECTRONICSMALLS | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 8ElectronicsMalls
(Analysis sample)
-1.0 -0.8 -0.6 -0.4 -0.2 0.0 0.2 0.4
Residual
-3.5
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=.06463, p=0.94 Kruskal-Wallis p=0.84
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.55
0.60
0.65
0.70
0.75
0.80
0.85
0.90
8E
lectr
onic
sM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
8ElectronicsMalls 0.031809 0.030417 1.045763 0.354552
LSD test; variable 8ElectronicsMalls (DATA 20171207.sta)
LSD test; variable 8ElectronicsMalls (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .08705, df = 122.00
Cell No.
Family Status {1}.73529
{2}.71290
{3}.72414
1
2
3
Single 0.722743 0.881338
Couple 0.722743 0.865875
Couple+Kids 0.881338 0.865875
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.06463, p=.93745Effective hypothesis decomposition
Cell No.
Family Status 8ElectronicsMallsMean
8ElectronicsMallsStd.Err.
8ElectronicsMalls-95.00%
8ElectronicsMalls+95.00%
N
1
2
3
Single 0.735294 0.050600 0.635126 0.835462 34
Couple 0.712903 0.037471 0.638726 0.787081 62
Couple+Kids 0.724138 0.054789 0.615678 0.832598 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 8ElectronicsMallsMean
8ElectronicsMallsStd.Dev.
8ElectronicsMallsStd.Err
8ElectronicsMalls-95.00%
8ElectronicsMalls+95.00%
Total
Family Status
Family Status
Family Status
125 0.721600 0.292813 0.026190 0.669763 0.773437
Single 34 0.735294 0.290123 0.049756 0.634066 0.836523
Couple 62 0.712903 0.314921 0.039995 0.632928 0.792878
Couple+Kids 29 0.724138 0.253060 0.046992 0.627879 0.820397
9GIFTSONLINE | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 9GiftsOnline
(Analysis sample)
-0.6 -0.4 -0.2 0.0 0.2 0.4 0.6 0.8 1.0
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=.22977, p=0.80 Kruskal-Wallis p=0.51
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.15
0.20
0.25
0.30
0.35
0.40
0.45
9G
iftsO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
9GiftsOnline 0.029216 0.024563 1.189405 0.307907
LSD test; variable 9GiftsOnline (DATA 20171207.sta)
LSD test; variable 9GiftsOnline (DATA 20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .07987, df = 122.00
Cell No.
Family Status {1}.31176
{2}.27097
{3}.28276
1
2
3
Single 0.500041 0.685431
Couple 0.500041 0.853186
Couple+Kids 0.685431 0.853186
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.22977, p=.79506Effective hypothesis decomposition
Cell No.
Family Status 9GiftsOnlineMean
9GiftsOnlineStd.Err.
9GiftsOnline-95.00%
9GiftsOnline+95.00%
N
1
2
3
Single 0.311765 0.048468 0.215817 0.407713 34
Couple 0.270968 0.035892 0.199915 0.342020 62
Couple+Kids 0.282759 0.052481 0.178868 0.386649 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 9GiftsOnlineMean
9GiftsOnlineStd.Dev.
9GiftsOnlineStd.Err
9GiftsOnline-95.00%
9GiftsOnline+95.00%
Total
Family Status
Family Status
Family Status
125 0.284800 0.280856 0.025121 0.235079 0.334521
Single 34 0.311765 0.266020 0.045622 0.218946 0.404583
Couple 62 0.270968 0.305355 0.038780 0.193422 0.348513
Couple+Kids 29 0.282759 0.247947 0.046043 0.188445 0.377073
9GIFTSMALLS | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 9GiftsMalls
(Analysis sample)
-1.0 -0.8 -0.6 -0.4 -0.2 0.0 0.2 0.4 0.6
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=.22977, p=0.80 Kruskal-Wallis p=0.51
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.55
0.60
0.65
0.70
0.75
0.80
0.85
9G
iftsM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
9GiftsMalls 0.029216 0.024563 1.189405 0.307907
LSD test; variable 9GiftsMalls (DATA 20171207.sta)
LSD test; variable 9GiftsMalls (DATA 20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .07987, df = 122.00
Cell No.
Family Status {1}.68824
{2}.72903
{3}.71724
1
2
3
Single 0.500041 0.685431
Couple 0.500041 0.853186
Couple+Kids 0.685431 0.853186
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.22977, p=.79506Effective hypothesis decomposition
Cell No.
Family Status 9GiftsMallsMean
9GiftsMallsStd.Err.
9GiftsMalls-95.00%
9GiftsMalls+95.00%
N
1
2
3
Single 0.688235 0.048468 0.592287 0.784183 34
Couple 0.729032 0.035892 0.657980 0.800085 62
Couple+Kids 0.717241 0.052481 0.613351 0.821132 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 9GiftsMallsMean
9GiftsMallsStd.Dev.
9GiftsMallsStd.Err
9GiftsMalls-95.00%
9GiftsMalls+95.00%
Total
Family Status
Family Status
Family Status
125 0.715200 0.280856 0.025121 0.665479 0.764921
Single 34 0.688235 0.266020 0.045622 0.595417 0.781054
Couple 62 0.729032 0.305355 0.038780 0.651487 0.806578
Couple+Kids 29 0.717241 0.247947 0.046043 0.622927 0.811555
10HOMEWEARONLINE | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 10Homew earOnline
(Analysis sample)
-0.6 -0.4 -0.2 0.0 0.2 0.4 0.6 0.8 1.0
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=1.0781, p=0.34 Kruskal-Wallis p=0.15
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
10H
om
ew
earO
nlin
e
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
10HomewearOnline 0.006460 0.026834 0.240730 0.786426
LSD test; variable 10HomewearOnline (DATA 20171207.sta)
LSD test; variable 10HomewearOnline (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .07082, df = 122.00
Cell No.
Family Status {1}.30588
{2}.22258
{3}.24828
1
2
3
Single 0.144990 0.393461
Couple 0.144990 0.668535
Couple+Kids 0.393461 0.668535
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=1.0781, p=.34346Effective hypothesis decomposition
Cell No.
Family Status 10HomewearOnlineMean
10HomewearOnlineStd.Err.
10HomewearOnline-95.00%
10HomewearOnline+95.00%
N
1
2
3
Single 0.305882 0.045638 0.215537 0.396228 34
Couple 0.222581 0.033796 0.155677 0.289484 62
Couple+Kids 0.248276 0.049416 0.150452 0.346100 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 10HomewearOnlineMean
10HomewearOnlineStd.Dev.
10HomewearOnlineStd.Err
10HomewearOnline-95.00%
10HomewearOnline+95.00%
Total
Family Status
Family Status
Family Status
125 0.251200 0.266281 0.023817 0.204060 0.298340
Single 34 0.305882 0.256953 0.044067 0.216227 0.395538
Couple 62 0.222581 0.278414 0.035359 0.151877 0.293285
Couple+Kids 29 0.248276 0.248741 0.046190 0.153660 0.342892
10HOMEWEARMALLS | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 10Homew earMalls
(Analysis sample)
-1.0 -0.8 -0.6 -0.4 -0.2 0.0 0.2 0.4 0.6
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=1.0781, p=0.34 Kruskal-Wallis p=0.15
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
0.55
0.60
0.65
0.70
0.75
0.80
0.85
0.90
10H
om
ew
earM
alls
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
10HomewearMalls 0.006460 0.026834 0.240730 0.786426
LSD test; variable 10HomewearMalls (DATA 20171207.sta)
LSD test; variable 10HomewearMalls (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .07082, df = 122.00
Cell No.
Family Status {1}.69412
{2}.77742
{3}.75172
1
2
3
Single 0.144990 0.393461
Couple 0.144990 0.668535
Couple+Kids 0.393461 0.668535
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=1.0781, p=.34346Effective hypothesis decomposition
Cell No.
Family Status 10HomewearMallsMean
10HomewearMallsStd.Err.
10HomewearMalls-95.00%
10HomewearMalls+95.00%
N
1
2
3
Single 0.694118 0.045638 0.603772 0.784463 34
Couple 0.777419 0.033796 0.710516 0.844323 62
Couple+Kids 0.751724 0.049416 0.653900 0.849548 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 10HomewearMallsMean
10HomewearMallsStd.Dev.
10HomewearMallsStd.Err
10HomewearMalls-95.00%
10HomewearMalls+95.00%
Total
Family Status
Family Status
Family Status
125 0.748800 0.266281 0.023817 0.701660 0.795940
Single 34 0.694118 0.256953 0.044067 0.604462 0.783773
Couple 62 0.777419 0.278414 0.035359 0.706715 0.848123
Couple+Kids 29 0.751724 0.248741 0.046190 0.657108 0.846340
Q1 2D Scatterplots (DATA 20171207.sta) INTERPRET THE SPEARMAN CORRELATION IN EACH CASE
AGE VS 6GROCERIESONLINE
Age:6GroceriesOnline: r = -0.0181, p = 0.8412
Spearman r = -0.08 p=0.37
<30 31-40 41-50 51-60 >60
Age
-10%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
6G
roceriesO
nlin
e
Age does influence
AGE VS 6GROCERIESMALLS
Age:6GroceriesMalls: r = 0.0181, p = 0.8412
Spearman r = 0.08 p=0.37
<30 31-40 41-50 51-60 >60
Age
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
110%
6G
roceriesM
alls
AGE VS 7CLOTHES/SHOESONLINE
Age:7Clothes/ShoesOnline: r = -0.1633, p = 0.0688
Spearman r = -0.17 p=0.06
<30 31-40 41-50 51-60 >60
Age
-10%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
7C
loth
es/S
hoesO
nlin
e
There is an indication
AGE VS 7CLOTHES/SHOESMALLS
Age:7Clothes/ShoesMalls: r = 0.1633, p = 0.0688
Spearman r = 0.17 p=0.06
<30 31-40 41-50 51-60 >60
Age
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
110%
7C
loth
es/S
hoesM
alls
AGE VS 8ELECTRONICSONLINE
Age:8ElectronicsOnline: r = -0.1911, p = 0.0328
Spearman r = -0.19 p=0.03
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
8E
lectr
onic
sO
nlin
e
Correlation is 0.19, -0.19 – significant – older you are the less you are buying electronics online
AGE VS 8ELECTRONICSMALLS
Age:8ElectronicsMalls: r = 0.1911, p = 0.0328
Spearman r = 0.19 p=0.03
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
8E
lectr
onic
sM
alls
AGE VS 9GIFTSONLINE
Age:9GiftsOnline: r = -0.2461, p = 0.0057
Spearman r = -0.22 p=0.01
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
9G
iftsO
nlin
e
AGE VS 9GIFTSMALLS
Age:9GiftsMalls: r = 0.2461, p = 0.0057
Spearman r = 0.22 p=0.01
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
9G
iftsM
alls
AGE VS 10HOMEWEARONLINE
Age:10Homew earOnline: r = -0.2343, p = 0.0086
Spearman r = -0.22 p=0.01
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
10H
om
ew
earO
nlin
e
AGE VS 10HOMEWEARMALLS
Age:10Homew earMalls: r = 0.2343, p = 0.0086
Spearman r = 0.22 p=0.01
<30 31-40 41-50 51-60 >60
Age
-20%
0%
20%
40%
60%
80%
100%
120%
10H
om
ew
earM
alls
Q2 WITH CONTINGENCY TABLES Basic Statistics/Tables (DATA 20171207.sta)
GENDER | 12ONLINE IS SAFE
2-Way Summary Table: Observed Frequencies (DATA 20171207.sta)
Marked cells have counts > 10. Chi-square(df=4)=7.15, p=.12806
Gender
12Online is safe1
12Online is safe2
12Online is safe3
12Online is safe4
12Online is safe5
RowTotals
M
Row %
F
Row %
Totals
0 1 6 18 13 38
0.00% 2.63% 15.79% 47.37% 34.21%
1 5 23 45 13 87
1.15% 5.75% 26.44% 51.72% 14.94%
1 6 29 63 26 125
Another picture of , the larger chi square, the more the difference between gender
Categorized Histogram: Gender x 12Online is safe
Categorized Histogram: Gender x 12Online is safe
Chi-square(df=4)=7.15, p=.12806
No o
f obs
Gender: M
3%
16%
47%
34%
1 2 3 4 5
12Online is safe
0
5
10
15
20
25
30
35
40
45
50
Gender: F
1%
6%
26%
52%
15%
1 2 3 4 5
12Online is safe
AGE | 12ONLINE IS SAFE
2-Way Summary Table: Observed Frequencies (DATA 20171207.sta)
Marked cells have counts > 10. Chi-square(df=16)=9.59, p=.88702
Age
12Online is safe1
12Online is safe2
12Online is safe3
12Online is safe4
12Online is safe5
RowTotals
<30
Row %
31-40
Row %
41-50
Row %
51-60
Row %
>60
Row %
Totals
0 1 6 13 5 25
0.00% 4.00% 24.00% 52.00% 20.00%
0 2 12 23 14 51
0.00% 3.92% 23.53% 45.10% 27.45%
0 1 7 15 3 26
0.00% 3.85% 26.92% 57.69% 11.54%
1 2 3 11 3 20
5.00% 10.00% 15.00% 55.00% 15.00%
0 0 1 1 1 3
0.00% 0.00% 33.33% 33.33% 33.33%
1 6 29 63 26 125
Categorized Histogram: Age x 12Online is safe
Categorized Histogram: Age x 12Online is safe
Chi-square(df=16)=9.59, p=.88702
No o
f obs
Age: <30
4%
24%
52%
20%
1 2 3 4 5
12Online is safe
02468
101214161820222426
Age: 31-40
4%
24%
45%
27%
1 2 3 4 5
12Online is safe
Age: 41-50
4%
27%
58%
12%
1 2 3 4 5
12Online is safe
Age: 51-60
5%10%
15%
55%
15%
1 2 3 4 5
12Online is safe
02468
101214161820222426
Age: >60
33% 33% 33%
1 2 3 4 5
12Online is safe
FAMILY STATUS | 12ONLINE IS SAFE
2-Way Summary Table: Observed Frequencies (DATA 20171207.sta)
Marked cells have counts > 10. Chi-square(df=8)=11.10, p=.19622
Family Status
12Online is safe1
12Online is safe2
12Online is safe3
12Online is safe4
12Online is safe5
RowTotals
Single
Row %
Couple
Row %
Couple+Kids
Row %
Totals
0 1 7 20 6 34
0.00% 2.94% 20.59% 58.82% 17.65%
1 5 16 24 16 62
1.61% 8.06% 25.81% 38.71% 25.81%
0 0 6 19 4 29
0.00% 0.00% 20.69% 65.52% 13.79%
1 6 29 63 26 125
Categorized Histogram: Family Status x 12Online is safe
Categorized Histogram: Family Status x 12Online is safe
Chi-square(df=8)=11.10, p=.19622
No o
f obs
Family Status: Single
3%
21%
59%
18%
1 2 3 4 5
12Online is saf e
0
4
8
12
16
20
24
Family Status: Couple
2%
8%
26%
39%
26%
1 2 3 4 5
12Online is saf e
Family Status: Couple+Kids
21%
66%
14%
1 2 3 4 5
12Online is saf e
0
4
8
12
16
20
24
Q2 ANOVA (DATA 20171207.sta)
12ONLINE IS SAFE | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 12Online is safe
(Analysis sample)
-3.5 -3.0 -2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0
Residual
-3.5
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=6.2760, p=0.01 Mann-Whitney U p=0.02
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
3.4
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
4.5
12O
nlin
e is
safe
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
12Online is safe 0.086407 0.251515 0.343547 0.558863
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=6.2760, p=.01355Effective hypothesis decomposition
Cell No.
Gender 12Online is safeMean
12Online is safeStd.Err.
12Online is safe-95.00%
12Online is safe+95.00%
N
1
2
M 4.131579 0.131856 3.870579 4.392579 38
F 3.735632 0.087143 3.563139 3.908126 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 12Online is safeMean
12Online is safeStd.Dev.
12Online is safeStd.Err
12Online is safe-95.00%
12Online is safe+95.00%
Total
Gender
Gender
125 3.856000 0.829924 0.074231 3.709077 4.002923
M 38 4.131579 0.777072 0.126058 3.876162 4.386996
F 87 3.735632 0.827714 0.088740 3.559222 3.912042
Anova, picture – men feels online is safe – significantly different.
12ONLINE IS SAFE | AGE
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 12Online is safe
(Analysis sample)
-3.5 -3.0 -2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0
Residual
-3.5
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Age; LS Means
Age; LS Means
Current effect: F(3, 118)=.77837, p=0.51 Kruskal-Wallis p=0.65
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
<30 31-40 41-50 51-60
Age
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
12O
nlin
e is
safe
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: AgeDegrees of freedom for all F's: 3, 118MS
EffectMS
ErrorF p
12Online is safe 0.256447 0.291906 0.878528 0.454418
LSD test; variable 12Online is safe (DATA 20171207.sta)
LSD test; variable 12Online is safe (DATA 20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .69260, df = 118.00
Cell No.
Age {1}3.8800
{2}3.9608
{3}3.7692
{4}3.6500
1
2
3
4
<30 0.691652 0.635544 0.358813
31-40 0.691652 0.341451 0.159576
41-50 0.635544 0.341451 0.630917
51-60 0.358813 0.159576 0.630917
Age; LS Means (DATA 20171207.sta)
Age; LS Means (DATA 20171207.sta)Current effect: F(3, 118)=.77837, p=.50831Effective hypothesis decomposition
Cell No.
Age 12Online is safeMean
12Online is safeStd.Err.
12Online is safe-95.00%
12Online is safe+95.00%
N
1
2
3
4
<30 3.880000 0.166445 3.550393 4.209607 25
31-40 3.960784 0.116535 3.730013 4.191555 51
41-50 3.769231 0.163213 3.446024 4.092437 26
51-60 3.650000 0.186092 3.281488 4.018512 20
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 12Online is safeMean
12Online is safeStd.Dev.
12Online is safeStd.Err
12Online is safe-95.00%
12Online is safe+95.00%
Total
Age
Age
Age
Age
122 3.852459 0.829937 0.075139 3.703702 4.001216
<30 25 3.880000 0.781025 0.156205 3.557609 4.202391
31-40 51 3.960784 0.823669 0.115337 3.729124 4.192445
41-50 26 3.769231 0.710363 0.139314 3.482309 4.056153
51-60 20 3.650000 1.039990 0.232549 3.163270 4.136730
12ONLINE IS SAFE | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 12Online is safe
(Analysis sample)
-3.5 -3.0 -2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0
Residual
-3.5
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
12Online is safe 1.953255 0.279544 6.987285 0.001340
Family Status; Weighted Means
Family Status; Weighted Means
Current effect: F(2, 122)=.38556, p=.68090
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
3.4
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
12O
nlin
e is
safe
Games-Howell post hoc
LSD test; variable 12Online is safe (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = .69567, df = 122.00
Cell No.
Family Status {1}3.9118
{2}3.7903
{3}3.9310
1
2
3
Single 0.765645 0.992465
Couple 0.765645 0.674557
Couple+Kids 0.992465 0.674557
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.38556, p=.68090Effective hypothesis decomposition
Cell No.
Family Status 12Online is safeMean
12Online is safeStd.Err.
12Online is safe-95.00%
12Online is safe+95.00%
N
1
2
3
Single 3.911765 0.143041 3.628600 4.194929 34
Couple 3.790323 0.105927 3.580630 4.000015 62
Couple+Kids 3.931034 0.154882 3.624429 4.237640 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 12Online is safeMean
12Online is safeStd.Dev.
12Online is safeStd.Err
12Online is safe-95.00%
12Online is safe+95.00%
Total
Family Status
Family Status
Family Status
125 3.856000 0.829924 0.074231 3.709077 4.002923
Single 34 3.911765 0.712131 0.122129 3.663291 4.160239
Couple 62 3.790323 0.977402 0.124130 3.542109 4.038536
Couple+Kids 29 3.931034 0.593479 0.110206 3.705287 4.156782
Q2 ANOVA (DATA 20171207.sta)
13I WILL PAY DELIVERY CHARGES | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 13I w ill pay Delivery Charges
(Analysis sample)
-2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=1.4866, p=0.23 Mann-Whitney U p=0.32
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
1.9
2.0
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
3.0
3.1
13I w
ill p
ay D
eliv
ery
Charg
es
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
13I will pay Delivery Charges 1.156710 0.365009 3.168990 0.077518
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=1.4866, p=.22508Effective hypothesis decomposition
Cell No.
Gender 13I will pay Delivery ChargesMean
13I will pay Delivery ChargesStd.Err.
13I will pay Delivery Charges-95.00%
13I will pay Delivery Charges+95.00%
N
1
2
M 2.578947 0.183791 2.215144 2.942751 38
F 2.310345 0.121467 2.069909 2.550780 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 13I will pay Delivery ChargesMean
13I will pay Delivery ChargesStd.Dev.
13I will pay Delivery ChargesStd.Err
13I will pay Delivery Charges-95.00%
13I will pay Delivery Charges+95.00%
Total
Gender
Gender
125 2.392000 1.135185 0.101534 2.191036 2.592964
M 38 2.578947 1.244047 0.201811 2.170039 2.987855
F 87 2.310345 1.081669 0.115967 2.079810 2.540880
13I WILL PAY DELIVERY CHARGES | AGE
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 13I w ill pay Delivery Charges
(Analysis sample)
-2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Age; LS Means
Age; LS Means
Current effect: F(3, 118)=1.3034, p=0.28 Kruskal-Wallis p=0.26
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
<30 31-40 41-50 51-60
Age
1.2
1.4
1.6
1.8
2.0
2.2
2.4
2.6
2.8
3.0
3.2
3.4
13I w
ill p
ay D
eliv
ery
Charg
es
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: AgeDegrees of freedom for all F's: 3, 118MS
EffectMS
ErrorF p
13I will pay Delivery Charges 0.256162 0.379133 0.675651 0.568635
LSD test; variable 13I will pay Delivery Charges (DATA 20171207.sta)
LSD test; variable 13I will pay Delivery Charges (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = 1.2643, df = 118.00
Cell No.
Age {1}2.2000
{2}2.4118
{3}2.6538
{4}2.0500
1
2
3
4
<30 0.442015 0.152241 0.657368
31-40 0.442015 0.373443 0.225097
41-50 0.152241 0.373443 0.073529
51-60 0.657368 0.225097 0.073529
Age; LS Means (DATA 20171207.sta)
Age; LS Means (DATA 20171207.sta)Current effect: F(3, 118)=1.3034, p=.27665Effective hypothesis decomposition
Cell No.
Age 13I will pay Delivery ChargesMean
13I will pay Delivery ChargesStd.Err.
13I will pay Delivery Charges-95.00%
13I will pay Delivery Charges+95.00%
N
1
2
3
4
<30 2.200000 0.224882 1.754672 2.645328 25
31-40 2.411765 0.157449 2.099973 2.723557 51
41-50 2.653846 0.220515 2.217166 3.090526 26
51-60 2.050000 0.251426 1.552108 2.547892 20
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 13I will pay Delivery ChargesMean
13I will pay Delivery ChargesStd.Dev.
13I will pay Delivery ChargesStd.Err
13I will pay Delivery Charges-95.00%
13I will pay Delivery Charges+95.00%
Total
Age
Age
Age
Age
122 2.360656 1.128632 0.102182 2.158360 2.562951
<30 25 2.200000 1.000000 0.200000 1.787220 2.612780
31-40 51 2.411765 1.151980 0.161310 2.087765 2.735764
41-50 26 2.653846 1.164210 0.228320 2.183612 3.124081
51-60 20 2.050000 1.145931 0.256238 1.513688 2.586312
13I WILL PAY DELIVERY CHARGES | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 13I w ill pay Delivery Charges
(Analysis sample)
-2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=.15299, p=0.86 Kruskal-Wallis p=0.74
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
1.8
1.9
2.0
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
3.0
13I w
ill p
ay D
eliv
ery
Charg
es
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
13I will pay Delivery Charges 0.106278 0.379616 0.279962 0.756297
LSD test; variable 13I will pay Delivery Charges (DATA 20171207.sta)
LSD test; variable 13I will pay Delivery Charges (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = 1.3065, df = 122.00
Cell No.
Family Status {1}2.3235
{2}2.3871
{3}2.4828
1
2
3
Single 0.794838 0.582567
Couple 0.794838 0.710528
Couple+Kids 0.582567 0.710528
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=.15299, p=.85830Effective hypothesis decomposition
Cell No.
Family Status 13I will pay Delivery ChargesMean
13I will pay Delivery ChargesStd.Err.
13I will pay Delivery Charges-95.00%
13I will pay Delivery Charges+95.00%
N
1
2
3
Single 2.323529 0.196026 1.935476 2.711583 34
Couple 2.387097 0.145164 2.099731 2.674463 62
Couple+Kids 2.482759 0.212253 2.062582 2.902935 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 13I will pay Delivery ChargesMean
13I will pay Delivery ChargesStd.Dev.
13I will pay Delivery ChargesStd.Err
13I will pay Delivery Charges-95.00%
13I will pay Delivery Charges+95.00%
Total
Family Status
Family Status
Family Status
125 2.392000 1.135185 0.101534 2.191036 2.592964
Single 34 2.323529 1.147344 0.196768 1.923202 2.723857
Couple 62 2.387097 1.192254 0.151416 2.084321 2.689873
Couple+Kids 29 2.482759 1.021927 0.189767 2.094038 2.871479
Q2 ANOVA (DATA 20171207.sta)
14GROCERIES ONLINE IS CONVENIENT | GENDER
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 14Groceries Online is Convenient
(Analysis sample)
-3.0 -2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0 2.5
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Gender; LS Means
Gender; LS Means
Current effect: F(1, 123)=.18926, p=0.66 Mann-Whitney U p=0.48
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
M F
Gender
2.8
2.9
3.0
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
14G
roceries O
nlin
e is
Convenie
nt
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: GenderDegrees of freedom for all F's: 1, 123MS
EffectMS
ErrorF p
14Groceries Online is Convenient 1.849821 0.448261 4.126657 0.044367
Gender; LS Means (DATA 20171207.sta)
Gender; LS Means (DATA 20171207.sta)Current effect: F(1, 123)=.18926, p=.66430Effective hypothesis decomposition
Cell No.
Gender 14Groceries Online isConvenient
Mean
14Groceries Online isConvenient
Std.Err.
14Groceries Online isConvenient
-95.00%
14Groceries Online isConvenient+95.00%
N
1
2
M 3.315789 0.186780 2.946070 3.685509 38
F 3.218391 0.123442 2.974045 3.462737 87
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 14Groceries Online isConvenient
Mean
14Groceries Online isConvenient
Std.Dev.
14Groceries Online isConvenient
Std.Err
14Groceries Online isConvenient
-95.00%
14Groceries Online isConvenient+95.00%
Total
Gender
Gender
125 3.248000 1.147620 0.102646 3.044834 3.451166
M 38 3.315789 1.337712 0.217006 2.876094 3.755485
F 87 3.218391 1.061211 0.113774 2.992216 3.444566
14GROCERIES ONLINE IS CONVENIENT | AGE
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 14Groceries Online is Convenient
(Analysis sample)
-3.0 -2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0 2.5 3.0
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Age; LS Means
Age; LS Means
Current effect: F(3, 118)=1.5691, p=0.20 Kruskal-Wallis p=0.14
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
<30 31-40 41-50 51-60
Age
2.0
2.2
2.4
2.6
2.8
3.0
3.2
3.4
3.6
3.8
4.0
14G
roceries O
nlin
e is
Convenie
nt
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: AgeDegrees of freedom for all F's: 3, 118MS
EffectMS
ErrorF p
14Groceries Online is Convenient 0.612755 0.424031 1.445071 0.233221
LSD test; variable 14Groceries Online is Convenient (DATA 20171207.sta)
LSD test; variable 14Groceries Online is Convenient (DATA20171207.sta)Probabilities for Post Hoc TestsError: Between MS = 1.3294, df = 118.00
Cell No.
Age {1}3.2800
{2}3.3725
{3}3.3846
{4}2.7500
1
2
3
4
<30 0.742909 0.746568 0.128135
31-40 0.742909 0.965433 0.042924
41-50 0.746568 0.965433 0.066729
51-60 0.128135 0.042924 0.066729
Age; LS Means (DATA 20171207.sta)
Age; LS Means (DATA 20171207.sta)Current effect: F(3, 118)=1.5691, p=.20055Effective hypothesis decomposition
Cell No.
Age 14Groceries Online isConvenient
Mean
14Groceries Online isConvenient
Std.Err.
14Groceries Online isConvenient
-95.00%
14Groceries Online isConvenient+95.00%
N
1
2
3
4
<30 3.280000 0.230596 2.823356 3.736644 25
31-40 3.372549 0.161450 3.052834 3.692264 51
41-50 3.384615 0.226118 2.936839 3.832391 26
51-60 2.750000 0.257815 2.239457 3.260543 20
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 14Groceries Online isConvenient
Mean
14Groceries Online isConvenient
Std.Dev.
14Groceries Online isConvenient
Std.Err
14Groceries Online isConvenient
-95.00%
14Groceries Online isConvenient+95.00%
Total
Age
Age
Age
Age
122 3.254098 1.161087 0.105120 3.045986 3.462211
<30 25 3.280000 1.061446 0.212289 2.841857 3.718143
31-40 51 3.372549 1.264291 0.177036 3.016961 3.728137
41-50 26 3.384615 1.022817 0.200591 2.971491 3.797740
51-60 20 2.750000 1.118034 0.250000 2.226744 3.273256
14GROCERIES ONLINE IS CONVENIENT | FAMILY STATUS
Normal Prob. Plot; Raw Residuals
Normal Prob. Plot; Raw Residuals
Dependent variable: 14Groceries Online is Convenient
(Analysis sample)
-3.0 -2.5 -2.0 -1.5 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0 2.5
Residual
-3.0
-2.5
-2.0
-1.5
-1.0
-0.5
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Expecte
d N
orm
al V
alu
e
.01
.05
.15
.35
.55
.75
.95
.99
Family Status; LS Means
Family Status; LS Means
Current effect: F(2, 122)=1.4254, p=0.24 Kruskal-Wallis p=0.33
Effective hypothesis decomposition
Vertical bars denote 0.95 confidence intervals
Single Couple Couple+Kids
Family Status
2.4
2.6
2.8
3.0
3.2
3.4
3.6
3.8
4.0
4.2
14G
roceries O
nlin
e is
Convenie
nt
Levene's Test for Homogeneity of Variances (DATA 20171207.sta)
Levene's Test for Homogeneity of Variances(DATA 20171207.sta)Effect: "Family Status"Degrees of freedom for all F's: 2, 122MS
EffectMS
ErrorF p
14Groceries Online is Convenient 0.611507 0.443264 1.379555 0.255588
LSD test; variable 14Groceries Online is Convenient (DATA 20171207.sta)
LSD test; variable 14Groceries Online is Convenient(DATA 20171207.sta)Probabilities for Post Hoc TestsError: Between MS = 1.3081, df = 122.00
Cell No.
Family Status {1}3.0294
{2}3.2419
{3}3.5172
1
2
3
Single 0.385601 0.094078
Couple 0.385601 0.286740
Couple+Kids 0.094078 0.286740
Family Status; LS Means (DATA 20171207.sta)
Family Status; LS Means (DATA 20171207.sta)Current effect: F(2, 122)=1.4254, p=.24438Effective hypothesis decomposition
Cell No.
Family Status 14Groceries Online isConvenient
Mean
14Groceries Online isConvenient
Std.Err.
14Groceries Online isConvenient
-95.00%
14Groceries Online isConvenient+95.00%
N
1
2
3
Single 3.029412 0.196143 2.641126 3.417697 34
Couple 3.241935 0.145250 2.954398 3.529473 62
Couple+Kids 3.517241 0.212380 3.096813 3.937669 29
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Effect
Level ofFactor
N 14Groceries Online isConvenient
Mean
14Groceries Online isConvenient
Std.Dev.
14Groceries Online isConvenient
Std.Err
14Groceries Online isConvenient
-95.00%
14Groceries Online isConvenient+95.00%
Total
Family Status
Family Status
Family Status
125 3.248000 1.147620 0.102646 3.044834 3.451166
Single 34 3.029412 1.193043 0.204605 2.613139 3.445684
Couple 62 3.241935 1.223881 0.155433 2.931128 3.552743
Couple+Kids 29 3.517241 0.870988 0.161738 3.185935 3.848548
Q3 DESCRIPTIVE STATS (DATA 20171207.sta)
DESCRIPTIVE STATISTICS DIALOG
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Variable
Valid N Mean Median Minimum Maximum LowerQuartile
UpperQuartile
Std.Dev.
6GroceriesOnline
6GroceriesMalls
7Clothes/ShoesOnline
7Clothes/ShoesMalls
9GiftsOnline
9GiftsMalls
125 0.109 0.000 0.000 0.800 0.000 0.200 0.186
125 0.891 1.000 0.200 1.000 0.800 1.000 0.186
125 0.189 0.200 0.000 0.800 0.000 0.200 0.236
125 0.811 0.800 0.200 1.000 0.800 1.000 0.236
125 0.285 0.200 0.000 1.000 0.000 0.400 0.281
125 0.715 0.800 0.000 1.000 0.600 1.000 0.281
Q3 Basic Statistics/Tables (DATA 20171207.sta)
T-TEST FOR DEPENDENT (CORRELATED) SAMPLES DIALOG
T-test for Dependent Samples (DATA 20171207.sta)
T-test for Dependent Samples (DATA 20171207.sta)Marked differences are significant at p < .05000
Variable
Mean Std.Dv. N Diff. Std.Dv.Diff.
t df p Confidence-95.000%
Confidence+95.000%
6GroceriesOnline
7Clothes/ShoesOnline
0.108800 0.185792
0.188800 0.235966 125 -0.080000 0.246262 -3.63201 124 0.000410 -0.123596 -0.036404
Box & Whisker Plot
Box & Whisker Plot
6GroceriesOnline vs. 7Clothes/ShoesOnline
Mean
Mean±SE
Mean±1.96*SE
6GroceriesOnline
7Clothes/ShoesOnline
6%
8%
10%
12%
14%
16%
18%
20%
22%
24%
T-test for Dependent Samples (DATA 20171207.sta)
T-test for Dependent Samples (DATA 20171207.sta)Marked differences are significant at p < .05000
Variable
Mean Std.Dv. N Diff. Std.Dv.Diff.
t df p Confidence-95.000%
Confidence+95.000%
7Clothes/ShoesOnline
7Clothes/ShoesMalls
0.188800 0.235966
0.811200 0.235966 125 -0.622400 0.471932 -14.7450 124 0.000000 -0.705947 -0.538853
Box & Whisker Plot
Box & Whisker Plot
7Clothes/ShoesOnline vs. 7Clothes/ShoesMalls
Mean
Mean±SE
Mean±1.96*SE
7Clothes/ShoesOnline
7Clothes/ShoesMalls
10%
20%
30%
40%
50%
60%
70%
80%
90%
T-test for Dependent Samples (DATA 20171207.sta)
T-test for Dependent Samples (DATA 20171207.sta)Marked differences are significant at p < .05000
Variable
Mean Std.Dv. N Diff. Std.Dv.Diff.
t df p Confidence-95.000%
Confidence+95.000%
9GiftsOnline
9GiftsMalls
0.284800 0.280856
0.715200 0.280856 125 -0.430400 0.561712 -8.56671 124 0.000000 -0.529841 -0.330959
Box & Whisker Plot
Box & Whisker Plot
9GiftsOnline vs. 9GiftsMalls
Mean
Mean±SE
Mean±1.96*SE 9GiftsOnline 9GiftsMalls20%
30%
40%
50%
60%
70%
80%
Q3 Nonparametrics (DATA 20171207.sta)
NONPARAMETRIC COMPARISONS OF TWO VARIABLES DIALOG
Wilcoxon Matched Pairs Test (DATA 20171207.sta)
Wilcoxon Matched Pairs Test (DATA20171207.sta)Marked tests are significant at p <.05000
Pair of Variables
ValidN
T Z p-value
6GroceriesOnline & 6GroceriesMalls 125 121.0000 9.403591 0.000000
Box & Whisker Plot
Box & Whisker Plot
Median
25%-75%
Min-Max
6GroceriesOnline
6GroceriesMalls
-20%
0%
20%
40%
60%
80%
100%
120%
Wilcoxon Matched Pairs Test (DATA 20171207.sta)
Wilcoxon Matched Pairs Test (DATA20171207.sta)Marked tests are significant at p <.05000
Pair of Variables
ValidN
T Z p-value
7Clothes/ShoesOnline & 7Clothes/ShoesMalls 125 451.0000 8.590494 0.000000
Box & Whisker Plot
Box & Whisker Plot
Median
25%-75%
Min-Max
7Clothes/ShoesOnline
7Clothes/ShoesMalls
-20%
0%
20%
40%
60%
80%
100%
120%
Wilcoxon Matched Pairs Test (DATA 20171207.sta)
Wilcoxon Matched Pairs Test (DATA20171207.sta)Marked tests are significant at p <.05000
Pair of Variables
ValidN
T Z p-value
9GiftsOnline & 9GiftsMalls 125 1222.000 6.690804 0.000000
Box & Whisker Plot
Box & Whisker Plot
Median
25%-75%
Min-Max 9GiftsOnline 9GiftsMalls-20%
0%
20%
40%
60%
80%
100%
120%
Basic Statistics/Tables (DATA 20171207.sta)
DESCRIPTIVE STATISTICS DIALOG
Descriptive Statistics (DATA 20171207.sta)
Descriptive Statistics (DATA 20171207.sta)
Variable
Valid N Mean Median Minimum Maximum LowerQuartile
UpperQuartile
Std.Dev.
13I will pay Delivery Charges
18I will pay Delivery Charges
23I will pay Delivery Charges
14Groceries Online is Convenient
21Buying Shoes+clothes online is more convenient
26Buying elec+gifts online is more convenient
17Clothes/Shoes is Cheaper online
22Electronics/Gifts Cheaper online
125 2.392000 2.000000 1.000000 5.000000 2.000000 3.000000 1.135185
125 2.832000 3.000000 1.000000 5.000000 2.000000 4.000000 1.105237
125 3.088000 3.000000 1.000000 5.000000 2.000000 4.000000 1.062681
125 3.248000 3.000000 1.000000 5.000000 3.000000 4.000000 1.147620
125 3.440000 4.000000 1.000000 5.000000 3.000000 4.000000 0.928057
125 3.800000 4.000000 1.000000 5.000000 3.000000 4.000000 0.915811
125 3.136000 3.000000 1.000000 5.000000 2.000000 4.000000 0.961719
125 3.440000 3.000000 1.000000 5.000000 3.000000 4.000000 0.919327
Nonparametrics (DATA 20171207.sta)
FRIEDMAN ANOVA AND KENDALL'S CONCORDANCE DIALOG
Friedman ANOVA and Kendall Coeff. of Concordance (DATA 20171207.sta)
Friedman ANOVA and Kendall Coeff. ofConcordance (DATA 20171207.sta)ANOVA Chi Sqr. (N = 125, df = 2) = 40.49240 p =.00000Coeff. of Concordance = .16197 Aver. rank r =.15521
Variable
AverageRank
Sum ofRanks
Mean Std.Dev.
13I will pay Delivery Charges
18I will pay Delivery Charges
23I will pay Delivery Charges
1.664000 208.0000 2.392000 1.135185
2.020000 252.5000 2.832000 1.105237
2.316000 289.5000 3.088000 1.062681
Box & Whisker Plot
Box & Whisker Plot
Median 25%-75% Min-Max 1
3I
will
pa
y D
eliv
ery
Cha
rge
s
18
I w
ill p
ay D
eliv
ery
Cha
rge
s
23
I w
ill p
ay D
eliv
ery
Cha
rge
s
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
4.5
5.0
5.5
Box & Whisker Plot
Box & Whisker Plot
Mean Mean±SE Mean±SD 1
3I
will
pa
y D
eliv
ery
Cha
rge
s
18
I w
ill p
ay D
eliv
ery
Cha
rge
s
23
I w
ill p
ay D
eliv
ery
Cha
rge
s
1.0
1.5
2.0
2.5
3.0
3.5
4.0
4.5
Friedman ANOVA and Kendall Coeff. of Concordance (DATA 20171207.sta)
Friedman ANOVA and Kendall Coeff. ofConcordance (DATA 20171207.sta)ANOVA Chi Sqr. (N = 125, df = 2) = 21.68387 p =.00002Coeff. of Concordance = .08674 Aver. rank r =.07937
Variable
AverageRank
Sum ofRanks
Mean Std.Dev.
14Groceries Online is Convenient
21Buying Shoes+clothes online is more convenient
26Buying elec+gifts online is more convenient
1.804000 225.5000 3.248000 1.147620
1.940000 242.5000 3.440000 0.928057
2.256000 282.0000 3.800000 0.915811
Box & Whisker Plot
Box & Whisker Plot
Median 25%-75% Min-Max
14
Gro
ceri
es O
nlin
e is C
onve
nie
nt
21
Buyin
g S
ho
es+
clo
the
s o
nlin
e is m
ore
co
nvenie
nt
26
Buyin
g e
lec+
gifts
on
line is m
ore
co
nve
nie
nt0.5
1.5
2.5
3.5
4.5
5.5
Box & Whisker Plot
Box & Whisker Plot
Median 25%-75% Min-Max
14
Gro
ceri
es O
nlin
e is C
onve
nie
nt
21
Buyin
g S
ho
es+
clo
the
s o
nlin
e is m
ore
co
nvenie
nt
26
Buyin
g e
lec+
gifts
on
line is m
ore
co
nve
nie
nt0.5
1.5
2.5
3.5
4.5
5.5
Nonparametrics (DATA 20171207.sta)
NONPARAMETRIC COMPARISONS OF TWO VARIABLES DIALOG
Wilcoxon Matched Pairs Test (DATA 20171207.sta)
Wilcoxon Matched Pairs Test (DATA20171207.sta)Marked tests are significant at p <.05000
Pair of Variables
ValidN
T Z p-value
17Clothes/Shoes is Cheaper online & 14Groceries Online is Convenient 83 1534.000 0.948888 0.342678
Box & Whisker Plot
Box & Whisker Plot
Median 25%-75% Min-Max
17Clothes/Shoes is Cheaper online22Electronics/Gifts Cheaper online
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
4.5
5.0
5.5
APPENDIX B
M F
Gender
<30 31-40 41-50 51-60 >60
Age
Single Couple without kids Couple with kids
Family Status
Purchasing Behavior 1 2 3 4 5 6
How much of your grocery shopping is done online? 0% 20% 40% 60% 80% 100%
How much of your shopping for clothes and shoes is done online? 0% 20% 40% 60% 80% 100%
How much of your electronics shopping is done online? 0% 20% 40% 60% 80% 100%
How much of your shopping of gifts is done online? 0% 20% 40% 60% 80% 100%
How much of your shopping for homeware and home equipment is done online? 0% 20% 40% 60% 80% 100%
How much of total spend is done online? 0% 20% 40% 60% 80% 100%
Groceries Online Strongly agree Agree Neutral Disagree Strongly disagree
Online shopping is safe
Delivery costs deter me from buying groceries online
I buy groceries online because of convenience
The items I purchase online are always in stock
I do not buy groceries online because it is not immediately available
Clothes and shoes Online Strongly agree Agree Neutral Disagree Strongly disagree
Buying clothes and shoes online is cheaper
Delivery costs deter me from buying clothes and shoes online
I always get the right fit when purchasing online
Complicated returns processes deter me from buying clothes and shoes online
I buy clothes and shoes online because of convenience
Electronics and Gifts (E and G's) Strongly agree Agree Neutral Disagree Strongly disagree
Buying electronics and gifts online is cheaper
I do not mind paying delivery costs online for electronics and gifts
I always get the right product when purchasing online
Complicated returns processes deter me from buying electronics and gifts online
I buy electronics and gifts online because of convenience
I will increase my online purchasing if… Strongly agree Agree Neutral Disagree Strongly disagree
Delivery times are faster
It is easy to return products
Prices are lower
The website must be well designed and have great content
Attributes of the future of online
Demographic Questions
Quantifying the amount of shopping done Online vs shopping at Malls/Stores
Attributes of Groceries Online
Attributes of Clothes and Shoes Online
Attributes of Electronics and Gifts Online