Interactive Lessons

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

Showing 49–64 of 778 results

Sort by popularitySort by latestSort by price: low to highSort by price: high to low

Ages 16 +

de Moivres Theorem – Trigonometric Identities Pt 1

How to derive trigonometric identities using de Moivre's theorem.

Ages 16 +

Differentiating Implicitly Defined Functions

How to differentiate implicitly defined functions using the product rule.

Ages 16 +

Differentiating Parametrically Defined Functions

How to differentiate parametrically defined functions using the chain rule.

Ages 16 +

Differentiating Trigonometric Functions

How to differentiate trigonometric functions using the chain rule

Ages 16 +

The Quotient Rule

How to differentiate functions one function divided by another using the quotient rule.

Ages 16 +

The Product Rule

How to differentiate the product of two functions using the product rule.

Ages 16 +

The Chain Rule

How to differentiate composite functions using the chain rule.

Ages 16 +

More Trigonometric Identities

How to prove more complex trigonometric identities.

Ages 16 +

Harmonic Identities

How to derive the harmonic identities using the various addition formulae.

Ages 16 +

Exponential Form of Complex Numbers

How to write complex numbers in exponential form.

Ages 16 +

Multiplying with Complex Numbers

How to multiply and divide with complex numbers in exponential form.

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.