The activity consists of 12 probability statements. Students decide whether the statements are always true, sometimes true or never true. The main point of the activity is to prompt discussion, deepen understanding and address misconceptions.

A matching activity that matches up hypotheses/significance levels, critical regions, graphs of critical regions, and the probabilities associated with the critical regions.

This is designed as a Year 12 (or Year 11) revision or consolidation activity, looking at all the different ways that we can find the turning point of a quadratic

This is a set of “always true, sometimes true, never true” discussion cards to deepen understanding of moments. They are based on a resource from the excellent STEM learning site but adapted.

This is an activity leading the students through a proof of a lovely result using the Factor Formulae. Perfect for A-level Further Maths students.

A simple geometric proof for the sin and cos double angle identities using a circle theorem.

An activity that uses integration by substitution to prove the laws of logarithms. With solutions.

This resource is a worksheet in which the students explore the links between matrices and trig identities.

This is a lovely integration result involving algebraic division and inverse trig functions, perfect for your A-level Further Maths students.

This is a short investigation using graphing software to investigate how the gradient of exponential graphs y=a^x, a>1 changes with y. By establishing direct proportionality it then allows for e to be introduced as the value for which the constant of proportionality is 1.

1 hour revision lesson including the following: Mathematical content - Differentiation (in particular, stationary points), integration, straight lines, curve sketching, hidden quadratics, surds, repeated roots,… Also - Problem-solving, using graphing software, conjecturing and generalisation, almost certainly a bit of proof…

A selection of questions about objects in lifts, with solutions

An activity to develop the students skills at curve sketching, using inverse trig functions

Velocity, displacement, acceleration, kinematics, suvat equations

Exercise of questions using Prim's Algorithm working from the matrix (table). With solutions.

Jigsaw puzzle calculating the area bounded by polar curves

Rhombus Puzzle

Finding lower bound

Upper bound for travelling salesperson problem

Hexagonal Puzzle with Binomial expansions to the power of 3 and 4