Pearson Maths A level Core Pure 2

Pearson Secondary Maths, Nov 13, 2018

A set of activities designed to be used in conjunction with exercises from Edexcel A level Mathematics: Core Pure Mathematics Year 2

Table of Contents

  1. Complex numbers
    1. 1 Solving geometric problems: page 25
  2. Series
    1. 2 Series: page 42
  3. Methods in calculus
    1. 3 Improper integrals: page 54
  4. Volumes of revolution
    1. 4 Volumes of revolution: page 78
    2. 4 Volumes of revolution: page 81
  5. Polar coordinates
    1. 5 Polar coordinates: page 106
    2. 5 Polar coordinates: page 110
  6. Hyperbolic functions
    1. 6 Hyperbolic functions: page 122
  7. Methods in differential equations
    1. 7 Methods in differential equations: page 148
  8. Modelling with differential equations
    1. 8 Modelling with differential equations: page 175
    2. 8 Modelling with differential equations: page 181
    3. 8 Modelling with differential equations: page 183

1.

Complex numbers

  • 1. 1 Solving geometric problems: page 25

1.1.

1 Solving geometric problems: page 25

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2.

Series

  • 1. 2 Series: page 42

2.1.

2 Series: page 42

Vary the degree of the Maclaurin polynomial to see how it converges with the graph of ln([i]x[/i]+1) between [i]x[/i]=-1 and [i]x[/i]=1.[br]The calculation shows the difference between ln([i]x[/i]+1) and the Maclaurin approximation. You can see how this diverges rapidly when [i]x[/i] is outside the interval.
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3.

Methods in calculus

  • 1. 3 Improper integrals: page 54

3.1.

3 Improper integrals: page 54

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4.

Volumes of revolution

  • 1. 4 Volumes of revolution: page 78
  • 2. 4 Volumes of revolution: page 81

4.1.

4 Volumes of revolution: page 78

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4.2.

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5.

Polar coordinates

  • 1. 5 Polar coordinates: page 106
  • 2. 5 Polar coordinates: page 110

5.1.

5 Polar coordinates: page 106

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5.2.

–

6.

Hyperbolic functions

  • 1. 6 Hyperbolic functions: page 122

6.1.

6 Hyperbolic functions: page 122

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7.

Methods in differential equations

  • 1. 7 Methods in differential equations: page 148

7.1.

7 Methods in differential equations: page 148

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8.

Modelling with differential equations

  • 1. 8 Modelling with differential equations: page 175
  • 2. 8 Modelling with differential equations: page 181
  • 3. 8 Modelling with differential equations: page 183

8.1.

8 Modelling with differential equations: page 175

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8.2.

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8.3.

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