Howard Newton

1.5 Proof by Deduction.

7.1 Integrating Standard Functions

1.3 Inverse Hyperbolic Functions

7.3 Magnitude and direction of vectors. Position vectors.

7.8 Three Dimensional Coordinates

6.6 Solving differential equations by separating the variables

7.6 Geometrical problems with vectors in 3 Dimensions

4.3 Introduction to the Binomial Expansion

3.3 Sketching Parametric Curves

7.2 Introduction to vectors Part 2. Representation of vectors.

7.9 Vector Equations of lines in 3-Dimensions

3.4 Soving Equations using Logarithms

4.4 Solving Binomial Expansion Problems

3.5 Changing the base of a logarithm

6.2 Volumes of Revolution

6.5 Integration using Partial Fractions

4.5 Numerical Estimations using the Binomial Expansion.

7.4 Vectors in Three Dimensions

6.7 Modelling with Differential Equations

3.2 Introduction to Logarithms

7.5 Harder geometric problems with vectors in 2D

7.7 Position Vectors in 3D.

7.1 An Introduction to vectors

4.2 Factorial and nCr notation

3.3 The Laws of Logarithms

6.1 Differentiating sinx and cosx