Hypothesis Testing Maths Lessons & Worksheets (A-Level)

Curriculum Hub → Maths Lessons → Statistics → Hypothesis Testing

This page brings together ready-to-teach hypothesis testing maths lessons for A-Level. Browse the full collection, including binomial and normal distribution tests, Poisson and geometric distribution tests, critical regions, the central limit theorem, chi-squared goodness of fit and contingency tables, Type I and Type II errors and test power, with each lesson designed to support clear modelling, purposeful practice and exam preparation.

  • Ready-to-teach hypothesis testing lessons
  • Presentations, worksheets and structured practice
  • A-Level hypothesis testing coverage
  • Scheme of work links for curriculum planning

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Jump to:  A-Level Hypothesis Testing

Hypothesis Testing: A-Level

These A-Level hypothesis testing lessons develop confidence setting up tests, interpreting critical regions and connecting distribution models to real data contexts across Statistics and Further Statistics. Topics include:

  • Hypothesis testing with the binomial distribution, including finding critical regions
  • Hypothesis testing with the normal distribution
  • Hypothesis testing with the Poisson distribution, including critical regions for Poisson tests
  • Hypothesis testing with the geometric distribution
  • The central limit theorem, including applying the CLT to discrete contexts
  • Chi-squared tests, including goodness of fit, contingency tables, degrees of freedom, geometric goodness of fit, Type I and Type II errors, normal distribution errors and the power function

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Ages 16 +

Applying Goodness of Fit Tests to Geometric Distributions

Ages 16 +

Applying the Central Limit Theorem

Ages 16 +

Central Limit Theorem – Introduction

Ages 16 +

Contingency Tables

Ages 16 +

Critical Regions – Binomial Hypothesis Testing

Ages 16 +

Degrees of Freedom and Testing a Hypothesis

Ages 16 +

Finding Critical Regions for a Geometric Distribution

Ages 16 +

Finding Critical Regions for a Poisson Distribution

Ages 16 +

Goodness of Fit

Ages 16 +

Hypotheses Testing Geometric Distribution

Ages 16 +

Hypothesis Testing with Binomial Distribution

Ages 16 +

Hypothesis Testing with Poisson Distribution

Ages 16 +

Hypothesis Testing with the Normal Distribution

Ages 16 +

Power Function of a Hypothesis Test

Ages 16 +

Size and Power of a Test

Ages 16 +

Testing Goodness of Fit with Discrete Data

Ages 16 +

Type I and Type II Errors

Ages 16 +

Type I and Type II Errors Normal Distribution

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