Activities to help derive formulas and examples for revolutions.

With solutions.

A matching activity in which students compare the two different forms on the definition of a sequence, deductive (nth term formula) and inductive (recurrence/recursive formula)

Jigsaw puzzle solving 2nd order Differential Equations equal to zero using the auxiliary quadratic equation

Questions on NNA with solutions

Tracing an algorithm, bin-packing, pseudo-code, order and efficiency of algorithms.

CLT and CI

Calculus of the inverse hyperbolic functions, differentiation, integration

Handout with brief solutions on solving first order differential equations using the integrating factor method

Another hexagonal jigsaw made up of 3 pages

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.

Hexagonal Puzzle for trig values for 0, 30, 45, 60, 90, etc

Graphs of the inverse hyperbolic functions

Integrating squares and higher powers of Trigonometry Functions.

Mixed vector resources including components and resultant vectors. There are 2 pages that explain notation as well as giving examples.

handout

Jigsaw puzzle finding the eigenvalues of 2 by 2 and 3 by 3 matrices

Jigsaw puzzle matching equations of lines given in vector form, parametric form, cartesian form and vector product form, in 3 dimensions

Vertical Circular Motion questions on conditions for particle to complete full circles. Brief solutions only.

Jigsaw using Poisson Cumulative Probability tables