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    MUF 0031 Biology AStudents will gain an understanding of:

    the structure and function of cells some of the major organ systems in mammals.

    After completing this course, students should be able to demonstrate knowledge of:

    the major groups of organisms, particularly mammals cellular structure and function mammalian organ systems and describe them with a holistic view

    MUF 0032 Biology BStudents will gain an understanding of:

    reproduction, genetics and genetic engineering evolution

    After completing this course, students should be able to demonstrate knowledge of:

    genetics and heredity including genetic technology evolutionary biology

    After the completion of either/or both Units A and B, students should be able to:

    demonstrate skills both mental and motor necessary for the critical analysis and design of the experimental techniques thatcharacterise scientific inquiry

    demonstrate respect for intellectual honesty in the acquisition, presentation and rational interpretation of evidence demonstrate the capacity to communicate concepts logically and effectively both orally and in writing participate effectively in group activities

    MUF 0041 Chemistry AUpon completion they should be able to:

    demonstrate knowledge of masses, moles and stoichiometric calculations

    differentiate between qualitative and quantitative analysis in practical exercises use acid/base and redox reactions theory and instruments in chemical analysis demonstrate knowledge of the theory and practical uses of equilibrium explain the production of sulphuric acid by the contact process discuss the changing models of the atom and electronic configurations discuss the history and uses of the periodic table

    MUF 0042 Chemistry BUpon completion they should be able to:

    discuss the theories of bonding in solids, and explain the properties exhibited by substances demonstrate knowledge of types of energy demonstrate an understanding of aspects of thermo-chemistry and electrochemistry explain the electrochemical series and its applications for fuel cells, rechargeable cells and electrolysis describe electrolytic production of chemicals and Faradays Laws Discuss organic chemistry and its practical applications to the production of ethene by fractional distillation and cracking of

    petroleum fractions

    MUF 0011 English A

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    In this part of the English course, students focus on developing their listening and speaking skills as well as note form summary,

    argumentative and expository essay writing skills. The major coursework assessment tasks will be:

    Oral presentation Listening comprehension task Expository essay Argumentative essay

    MUF 0012 English BIn this part of the English course, students concentrate on developing their research skills and study a theme via a number of core texts.

    The major coursework assessment tasks will be:

    Research project Theme study essays and oral presentation

    MUF 0091 Mathematics A Functions and Calculus)This part of the course consists of two units, Functions and Calculus. The Functions topic covers a wide range of functions and their

    graphs, properties and applications. The Calculus unit covers work on Differential and Integral Calculus and some of their common

    applications. These units of work have been chosen as the most suitable introduction to First Year University Mathematics courses for

    students whose main area of study requires some mathematical competencies.

    MUF 0092 Mathematics B Probability and Statistics)This part of the course consists of three units of work: Sequences, Series, and Probability and Statistics. Each unit of work includes

    applications of the theory to common real life situations. The units of work have been designed to provide a range of knowledge,

    essential skills and methods to equip students for tertiary study and to cater for a wide variety of student needs.

    MUF 0101 Advanced Mathematics AIt is assumed that students studying Advanced Mathematics Part A will be concurrently studying, or will have completed, Mathematics

    Part A, or its equivalent. All pre-requisite knowledge for the subject Mathematics is also a pre-requisite for Advanced Mathematics.

    Students will develop detailed and specific mathematical skills through the study of the following units: Complex numbers, Vectors,

    Matrices, Introduction to Differentiation and Circular functions.

    MUF 0102 Advanced Mathematics BAll pre-requisite knowledge for the subject Mathematics is also a pre-requisite for Advanced Mathematics. Students will develop detailed

    and specific mathematical skills through the study of the following units: Antiderivative calculations, Definite integrals, Differential

    equations, Kinematics.

    MUF0141 Fundamental Mathematics AThe subject develops mathematical knowledge, methods, skills and applications through the study of rational numbers, basic algebra,

    sequences and series, graphs, geometry and trigonometry and business mathematics. Students will recall mathematical facts and

    terminology, be familiar with a range of mathematical concepts and relationships, demonstrate algebraic, computational and problem-

    solving skill, and be able to analyse verbally expressed problems from a mathematical perspective.

    MUF0142 Fundamental Mathematics BThe subject develops mathematical knowledge, methods, skills and applications through the study of graphs, geometry, trigonometry,displaying and summarising data and networks. Students will recall mathematical facts and terminology, be familiar with a range of

    mathematical concepts and relationships, demonstrate algebraic, computational and problem-solving skill, and be able to analyse

    verbally expressed problems from a mathematical perspective.

    MUF 0121 Physics APhysics Part A covers the fundamentals of the classical theory of mechanics, and provides students with practice in applying this

    knowledge to a wide variety of realistic and everyday situations. Mechanics has three main parts: kinematics, dynamics and statics.

    Kinematics, the study of ways to describe motion, is basic to all further study in Physics. Dynamics (the study of the effects of forces) and

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    statics (which studies stability and equilibrium) are not only important scientifically, but are also of great practical importance in

    engineering.

    MUF 0122 Physics BPhysics Part B consists of the fundamentals of the classical theory of waves, electricity and magnetism, and an introduction to some

    aspects of modern physics that indicate the limits of applicability of the classical theory. Students will practise applying this knowledge

    to a wide variety of contexts. This part of Physics is especially relevant to people today because we live in a high-technology society.

    Knowledge of electricity and waves helps us to understand information and communication technology, and so helps us in assessing,

    using, developing and improving it.

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