Interactive Lessons

Search over 850 fully planned, interactive, differentiated mathematics lessons designed to engage and inspire your students.

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Ages 16 +

Size and Power of a Test

How to calculate the size and power of a hypothesis test

Ages 16 +

Power Function of a Hypothesis Test

How to find the power function of a hypothesis test.

Ages 16 +

Type I and Type II Errors Normal Distribution

How to calculate Type I and Type II errors in a normal distribution hypothesis test.

Ages 16 +

Type I and Type II Errors

How to calculate Type I and Type II errors in a hypothesis test.

Ages 16 +

Applying Goodness of Fit Tests to Geometric Distributions

How to test a goodness of fit for a geometric distribution.

Ages 16 +

Contingency Tables

How to carry out a chi-squared test using contingency tables.

Ages 16 +

Testing Goodness of Fit with Discrete Data

How to find the goodness of fit for a discrete distribution.

Ages 16 +

Degrees of Freedom and Testing a Hypothesis

How to use the Degrees of Freedom when testing a hypothesis.

Ages 16 +

Goodness of Fit

How to find the goodness of fit for a set of observed data.

Ages 16 +

Applying the Central Limit Theorem

How to apply the central limit theorem to a discrete distribution.

Ages 16 +

Central Limit Theorem – Introduction

How to apply the CLT to approximate the sample mean of a distribution.

Ages 16 +

Hypotheses Testing Geometric Distribution

How to test against the probability in a geometric distribution.

Ages 16 +

Finding Critical Regions for a Poisson Distribution

How to find critical regions of a Poisson distribution using tables

Ages 16 +

Hypothesis Testing with Poisson Distribution

How to use hypothesis tests to test for the mean of a Poisson distribution.

Ages 16 +

Hypothesis Testing with the Normal Distribution

Students learn to carry out a hypothesis test using the normal distribution

Ages 16 +

Critical Regions – Binomial Hypothesis Testing

How to find the critical region for a binomial hypothesis test.