## Topic 1: Further Differentiation and Applications

Derivatives of exponential functions – An introduction

Derivatives of exponential functions Simple rules

Applications of derivatives of exponential Functions

Derivatives of periodic functions 1 A graphical explanation

Derivatives of Periodic functions 2 Simple examples

Derivatives of periodic functions Applications 1

Derivatives of periodic functions Applications 2

Derivatives of polynomials, negative and fractional powers by rule

Composite functions and the chain rule

The chain rule the fast way

The product rule

The quotient rule

The chain rule revisited

The Product Rule Revisited

Concave up and Concave down Part 1: 2 useful definitions

Concavity and the second derivative

Points of Inflection and the 2nd derivative

The 2nd Derivative test

Sketching Functions with the second derivative and Points of Inflection

Introduction to Kinematics

Applications of Integration in motion questions

Optimisation when the function is unknown

## Topic 2: Integrals

Intro to Integration and integrating polynomials

Integration a little bit of theory

Integration finding the c value

Integration the reverse chain rule

Integration resulting in a logarithm

Integrals of exponentials

Integration of trig functions

Integration by recognition updated

Applications of Integration in motion questions

The definite integral

The definite integral signed area

Area between two curves

The area under a derivative function

Trapezoidal Rule Fully explained

## Topic 3: Discrete Random Variables

Discrete Random Variables

Discrete Random Distributions Expected value

Probability Distributions Discrete vs continuous random variables

Discrete Probability distributions 2 Properties of discrete probability distributions