1. power is

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1. Power is A.The amount of energy produced minus the energy used to extract, process and transport the resource. B.The rate at which energy is consumed. C.The ratio of energy produced ÷ the amount of energy to extract, process and transport D.The ability to do work. The am ountof energy p... The rate atw hich energy .. The ratio ofenergy prod... The ability to do w ork. 25% 25% 25% 25%

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1. Power is. The amount of energy produced minus the energy used to extract, process and transport the resource. The rate at which energy is consumed. The ratio of energy produced ÷ the amount of energy to extract, process and transport The ability to do work. . Power = Energy Time - PowerPoint PPT Presentation

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Page 1: 1.  Power is

1. Power isA. The amount of energy produced

minus the energy used to extract, process and transport the resource.

B. The rate at which energy is consumed.

C. The ratio of energy produced ÷ the amount of energy to extract, process and transport

D. The ability to do work.

The amount of e

nergy p...

The rate at w

hich energy

..

The ratio of e

nergy prod...

The ability to

do work.

25% 25%25%25%

Page 2: 1.  Power is

Power = Energy Time

1 Watt= 1 Joule /sec.

Page 3: 1.  Power is

2. A measure of the amount of randomness, disorder in a system is called

A. EnthalpyB. EntropyC. Net energy yieldD. Net energy ratio

Enthalp

y

Entropy

Net energy y

ield

Net energy r

atio

25% 25%25%25%

Page 4: 1.  Power is

3. The Second Law of Thermodynamics explains that in an energy conversion

A. Entropy increasesB. Entropy decreasesC. Energy quality

increasesD. Energy quality

decreasesE. A and DF. B and C

Entropy i

ncreases

Entropy d

ecreases

Energy quality

incre

ases

Energy quality

decrease

s

A and D

B and C

17% 17% 17%17%17%17%

Page 5: 1.  Power is

4. A 100 W light bulb that is on for 2000 hours in a year uses how much energy?

A. 0.05 Watt/hrB. 0.05 Watt-hrC. 200 Watt/hrD. 200 Watt-hrE. 2 x 105 Watt/hrF. 2 x 105 Watt-hr

0.05 Watt/h

r

0.05 Watt-hr

200 Watt

/hr

200 Watt

-hr

2 x 105 W

att/hr

2 x 105 W

att-hr

17% 17% 17%17%17%17%

Page 6: 1.  Power is

Power = Energy Time

Energy = Power x Time

100 W x 2000 hours = 2 x 105 Watt-hours

(Since Watts and Hours are multiplied the unit is a Watt-hour.)

or 200 kWh

Page 7: 1.  Power is

5. Which of the following compounds result in acid rain?

A. O3

B. CH4

C. SO2

D. NO2

E. MercuryF. C and D

O3CH4

SO2NO2

Mercury

C and D

17% 17% 17%17%17%17%

Page 8: 1.  Power is

6. Which fossil fuel is the main source of sulfur dioxide (SO2)?

A. Shale oilB. Tar sandsC. Natural gasD. Coal

Shale oil

Tar san

ds

Natural g

asCoal

25% 25%25%25%

Page 9: 1.  Power is

Sulfur dioxide and nitric oxides can both react with water vapor in the atmosphere to produce acid compounds (sulfuric acid and nitric acid). Rain is normally weakly acidic because some of the carbon dioxide in the atmosphere also reacts with water vapor to form carbonic acid. But sulfur dioxide and nitric oxides result in rain with an even lower pH.

Page 10: 1.  Power is

7. Which fossil fuel results in the greatest emission of mercury?

A. Shale oilB. Tar sandsC. CoalD. Methane Hydrates

Shale oil

Tar san

dsCoal

Methane Hydrates

25% 25%25%25%

Page 11: 1.  Power is

8. Which fossil fuel has the highest net energy ratio and the lowest carbon dioxide emissions per unit of energy provided?

A. CoalB. Shale oilC. Natural gasD. Tar sands

Coal

Shale oil

Natural g

as

Tar san

ds

25% 25%25%25%

Page 12: 1.  Power is

9. The main compound in natural gas is

A. MethaneB. ButaneC. PropaneD. Ethanol

Methane

Butane

Propane

Ethanol

25% 25%25%25%

Page 13: 1.  Power is

10. Tertiary oil extraction

A. Occurs when oil gushes from a well

B. Is when steam or carbon dioxide must be pumped into a well to extract the oil

C. Has a lower net energy yield than primary oil extraction

D. A and CE. B and C

Occurs

when oil gush

es ...

Is when st

eam or carbon ...

Has a lo

wer net e

nergy yi...

A and C

B and C

20% 20% 20%20%20%

Page 14: 1.  Power is

11. The process of refining crude oil into its different components (gas, diesel, petrochemicals etc.) is based on the differing _____ of these

components.

A. densitiesB. boiling pointsC. reactivity with O2

D. solubility

densities

boiling p

oints

reactivit

y with

O2

solubilit

y

25% 25%25%25%

Page 15: 1.  Power is

Lowest Boiling PointGases

Gasoline

Aviation fuel

Heating oil

Diesel oil

Naphtha

Heated crude oil

Grease and wax

FurnaceAsphalt

Highest Boiling Point

Page 16: 1.  Power is

12. An organization of 13 of the world’s biggest producers of oil is called

A. IPCCB. PONC. OPECD. BPEX

IPCCPON

OPECBPEX

25% 25%25%25%

Page 17: 1.  Power is

13. A country that has recently become a major producer of oil due to new technology and is not part of OPEC is

A. IndonesiaB. LibyaC. VenezuelaD. Canada

IndonesiaLib

ya

Venezuela

Canada

25% 25%25%25%

Page 18: 1.  Power is

14. The material that is separated from a mineral resource is called

A. The overburdenB. The spoilC. Tailings

The overb

urden

The spoil

Tailings

33% 33%33%

Page 19: 1.  Power is

15. A dispersant is a

A. form of bioremediation that uses a microbe to break down the fossil fuel

B. is a chemical agent that can break down the fossil fuel

C. is a substance that physically breaks apart the fossil fuel into smaller droplets but does NOT chemically break down the fossil fuel

form of b

ioremediation th..

is a ch

emical a

gent t

hat ...

is a su

bstance

that p

hysic...

33% 33%33%

Page 20: 1.  Power is

Dispersants – disperse (spread out) the substances. They do not chemically break down the substance.

Increased surface area may allow any microbes present that can break down the oil to be able to do so more quickly.

Term to know: Bioremediation = using a living thing to remedy (help solve) an environmental problem. If microbes that could break down oil were utilized this would be bioremediation.

Page 21: 1.  Power is

16. An environmental problem with tar sands and oil shale compared with traditional oil is

A. Increased demand for water

B. Increased land disruptionC. Lower net energy yieldD. A and CE. B and CF. A, B and C

Increase

d demand for w

ater

Increase

d land disr

uption

Lower n

et energy

yield

A and C

B and C

A, B and C

17% 17% 17%17%17%17%

Page 22: 1.  Power is

17. The new increases in the CAFE standards will require that by 2025

A. All passenger cars sold will have a fuel efficiency of at least 54.5 mpg.

B. The average fuel efficiency for the passenger cars sold by each car maker must be 54.5 mpg.

All passe

nger cars

sold w

il...

The average fuel e

fficienc..

.

50%50%

Page 23: 1.  Power is

18. Which of the following statements is correct. (k = kilo, M = mega)

A. 106 Wh= 1 MWhB. 103 Wh= 1 MWhC. 103 kWh = 1 MWhD. 103 MWh = 1 kWhE. A and CF. B and D

106 Wh= 1 M

Wh

103 Wh= 1 M

Wh

103 kWh = 1 MWh

103 MW

h = 1 kWh

A and C

B and D

17% 17% 17%17%17%17%

Page 24: 1.  Power is

19. A disadvantage with natural gas is

A. It is difficult to transportB. Leaking pipelines could

result in the release of methane- a strong greenhouse gas

C. It has a lower net energy yield

D. A and BE. A, B and C

It is d

ifficu

lt to tra

nsport

Leakin

g pipelin

es could r..

.

It has a

lower n

et energy ...

A and B

A, B and C

20% 20% 20%20%20%

Page 25: 1.  Power is

1. B2. B3. E4. F5. F6. D7. C8. C9. A10.E11.B

12.C13.D14.C15.C16.F17.B18.E19.D