OU Course MS221: Exploring Mathematics

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Scope

This page provides a short overview of the course's syllabus.

Note: The content given is valid for the presentation which started in February 2008. Later presentations may differ in more than one aspect.

Author

Herbert Glarner

Published

2008-Mar-24

External Links

Handbook

Handbook

ISBN 0 7492 6647 3
88 pages

Handbook

Content:

  1. The Greek alphabet
  2. SI units
  3. Mathematical modelling
  4. Some useful graphs
  5. Notation
  6. Glossary
  7. Background material for MST121 and MS221
  8. Definitions and results in MST121 and MS221
 

 

 


Block A: Mathematical Exploration

Chapter A1

ISBN 0 7492 9324 1
47 pages

Chapter A1
Exploring sequences

Content:

  1. The golden ratio
  2. Fibonacci numbers and their properties
  3. Linear second-order recurrence sequences
  4. Exploring linear second-order recurrence sequences with the computer
  5. Proving identities
  Chapter A2

ISBN 0 7492 9329 2
60 pages

Chapter A2
Conics

Content:

  1. What is a conic?
  2. Conics in standard position
  3. The focus-directrix property
  4. Quadratic curves
  5. Parametrising conics
  6. Conics on the computer
 
Chapter A3

ISBN 0 7492 9334 9
60 pages

Chapter A3
Functions from geometry

Content:

  1. Functions
  2. Isometries
  3. Trigonometric formulas
  4. Quadratic curves revisited
  5. Isometries on the computer
     

Block B: Exploring Iteration

Chapter B1

ISBN 0 7492 3998 1
60 pages

Chapter B1
Iteration

Content:

  1. Iterating real functions
  2. Classifying fixed points
  3. Composition of functions
  4. Iterating real functions with the computer
  5. The Binomial Theorem
  Chapter B2

ISBN 0 7492 4032 6
68 pages

Chapter B2
Matrix transformations

Content:

  1. Vectors and matrices
  2. Linear transformations
  3. Composite and inverse transformations
  4. Affine transformations
  5. Visualising affine transformations
 
Chapter B3

ISBN 0 7492 4035 1
63 pages

Chapter B3
Iteration with matrices

Content:

  1. Fixed points and invariant lines
  2. Eigenvalues and eigenlines
  3. Using eigenvalues and eigenlines
  4. Iterating linear transformations
  5. Iterating linear transformations with the computer
     

Block C: Calculus

Chapter C1

ISBN 0 7492 2293 2
63 pages

Chapter C1
Differentiation

Content:

  1. Differentiation
  2. Differentiating combinations of functions
  3. Graph sketching
  4. Newton-Raphson method
  5. Differentiation with the computer
  Chapter C2

ISBN 0 7492 5560 9
64 pages

Chapter C2
Integration

Content:

  1. Integration
  2. Integration by parts
  3. Integration by substitution
  4. Volumes of solids of revolution
  5. Integration with the computer
 
Chapter C3

ISBN 0 7492 5561 7
60 pages

Chapter C3
Taylor polynomials

Content:

  1. Linear and quadratic Taylor polynomials
  2. Taylor polynomials
  3. Taylor series
  4. Manipulating Taylor series
  5. Taylor series with the computer
     

Block D: Structure in mathematics

Chapter D1

ISBN 0 7492 6652 X
55 pages

Chapter D1
Complex numbers

Content:

  1. The origins of complex numbers
  2. Complex numbers
  3. The geometry of complex numbers
  4. Roots of polynomials
  5. Complex exponentials
  6. Complex numbers and Mathcad
  Chapter D2

ISBN 0 7492 6653 8
48 pages

Chapter D2
Number theory

Content:

  1. Congruence
  2. Divisibility tests
  3. Modular arithmetic
  4. Cryptography
  5. Number theory and Mathcad
 
Chapter D3

ISBN 0 7492 6654 6
60 pages

Chapter D3
Groups

Content:

  1. Symmetry
  2. Groups
  3. Isomorphic groups
  4. Groups in action
  Chapter D4

ISBN 0 7492 2296 3
48 pages

Chapter D4
Proof and reasoning

Content:

  1. Aspects of proof
  2. Implication and deduction
  3. Proof by mathematical induction

Computer Books

Computer Book A

ISBN 0 7492 6651 1
35 pages

Computer Book A
Mathematical Exploration

Content:

  1. Exploring linear second-order recurrence sequences with the computer
  2. Conics on the computer
  3. Isometries on the computer
  Computer Book B

ISBN 0 7492 6648 1
36 pages

Computer Book B
Exploring Iteration

Content:

  1. Iterating real functions with the computer
  2. Visualising affine transformations
  3. Iterating linear transformations with the computer
 
Computer Book C

ISBN 0 7492 6649 X
30 pages

Computer Book C
Calculus

Content:

  1. Differentiation with the computer
  2. Integration with the computer
  3. Taylor series with the computer
  Computer Book D

ISBN 0 7492 6650 3
28 pages

Computer Book B
Structure in Mathematics

Content:

  1. Complex numbers and Mathcad
  2. Number theory and Mathcad
  3. Symmetry

Source: http://www.gandraxa.com/ms221_exploring_mathematics.aspx