Interactive Lessons

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

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Ages 16 +

Integration with Partial Fractions and Inverse Trigonometric Functions

How to integrate with partial fractions involving inverse trigonometric functions.

Ages 16 +

Modelling with Volumes of Revolution Part 2

How to find the volume of solids of revolution to model real-life situations.

Ages 16 +

Volume of Revolution Parametrically Defined Curves

How to find the volume of revolution for parametrically defined curves.

Ages 16 +

Volume of Revolution About y-axis Part 2

How to find the volume of revolution about the y-axis for complex functions.

Ages 16 +

Integrating Partial Fractions with Quadratic Factors

How to integrate partial fractions with quadratic factors.

Ages 16 +

Volume of Revolution About x-axis Part 2

Volume of revolution about the x-axis for complex functions

Ages 16 +

Integrating Inverse Trigonometric Functions

How to integrate inverse trigonometric functions.

Ages 16 +

Improper Integrals

How to identify and evaluate an improper integral.

Ages 16 +

Mean Value of a Function

How to understand and evaluate the mean value of a function.

Ages 16 +

Trapezium Rule of Integration

How to approximate the area under a curve using the trapezium rule.

Ages 16 +

Areas Enclosed within Curves

How to apply the most efficient method of integration to find an enclosed area.

Ages 16 +

Integration with Partial Fractions

How to integrate functions using partial fractions.

Ages 16 +

Integration by Parts

Students learn to recognise when and how to integrate by parts.

Ages 16 +

Integration by Substitution

How to integrate complex functions using substitution.

Ages 16 +

Integration using Reverse Chain Rule

How to integrate complex functions using the reverse chain rule method.

Ages 16 +

Integration with Trigonometric Identities

How to use the double angle formulae to integrate various trigonometric functions.