Logarithmic functions (Unit 3 Topic 1)

1.1 Log Laws

1.2 Sketching Logs

1.3 Applications of Logs

Logarithmic functions (Unit 3 Topic 1)

2.5 Quotient Rule

Differentiation Rules (Unit 3 Topic 2)

Applications of Differentiation (Unit 3 Topic 2)

3.1 Tangents and Normals

3.2 Differentiation and rates of change (Part 1)

3.2 Differentiation and rates of change (Part 2)

3.3 Differentiation and one-dimensional motion (Part 1)

3.3 Differentiation and one-dimensional motion (Part 2)

3.4 Stationary Points

3.5 Differentiation and sketching functions

Applications of Differentiation (Unit 3 Topic 2)

Indefinite Integrals (Unit 3 Topic 3)

4.1 Introduction to Indefinite Integrals

4.2 Integrating polynomials, exponentials and logs

4.3 Integrating trigonometric functions

4.4 Integration by Recognition

4.5 Integrals and motion in one-dimension

Indefinite Integrals (Unit 3 Topic 3)

Definite Integrals (Unit 3 Topic 3)

5.1 Estimating area under curves

5.2 Using definite integrals to determine area under curves

5.3 Area between two functions

5.4 Average value of a function

5.5 Definite integrals and one-dimensional motion

5.6 Definite integrals and rates of change

Definite Integrals (Unit 3 Topic 3)

Second Derivative and optimisation (Unit 4 Topic 1)

6.1 Second derivatives and sketching functions

6.2 Optimisation

6.3 Optimisation on an interval

6.4 Optimisation involving geometry

Second Derivative and Optimisation (Unit 4 Topic 1)

Trigonometry (Unit 4 Topic 2)

7.0 Revision of Trigonometry

7.1 Congruency

7.2 Sine Rule (part 2 - combine with other)

7.2 Sine Rule (part 2 - combine with other)

7.3 Cosine Rule

7.4 Area of Triangles

7.5 Angles of depression and elevation

7.6 Bearings

7.7 3D Trigonometry

Trigonometry (Unit 4 Topic 2)

Discrete random variables (Unit 4 Topic 3)

8.1 Binomial Probability

8.2 Mean, variance, and solving for sample size

Discrete random variables (Unit 4 Topic 3)

Continuous random variables (Unit 4 Topic 4)

10.1 Introduction to continuous random variables

10.2 Histograms

10.3 Probability Density Function

10.4 Evaluating Limits with PDFs

10.5 Percentiles with PDFs

10.6 Mean and Variance of PDFs

10.7 Cumulative Distribution Function

Continuous random variables (Unit 4 Topic 4)

The normal distribution (Unit 4 Topic 4)

10.1 Introduction to the normal distribution

10.2 Finding normal probabilities

10.3 Finding z-values

10.4 Applications of the normal distribution

The normal distribution (Unit 4 Topic 4)

Sampling and estimation (Unit 4 Topic 5)

11.1 Introduction to Sampling

11.2 Defining variables for sampling

11.3 Sample proportions using combinations (Part 1)

11.3 Sample proportions using combinations (Part 2)

11.4 Sample proportions with binomial approximation

11.5 Sample proportions with normal approximation

11.6 Confidence Intervals

11.7 Confidence vs Probability

11.8 Finding the sample size

11.9 Deriving sample proportion formulae

11.10 Deriving confidence interval formula

Sampling and estimation (Unit 4 Topic 5)

Tech Free Practice Exam

Tech Free Practice Exam - Answers

Tech Active Practice Exam

Tech Active Practice Exam - Answers

WORKSHEET - points of inflection

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