Presentation that covers the amplitude, period, frequency and phase difference of trigonometric graphs.

Matching maths jigsaw that forms together to make a Christmas tree. It covers basic skill so ideal for most levels, it is also possible to edit if you want to change any question/answers. The files are office publishers files so can be easily opened and edited.

Presentation that shows students how to find the mean and standard deviation of a data set. Comes complete with a selection of questions and answers

A large presentation introduces complex numbers and goes on to show the students how to add, subtract, multiply and also divide complex numbers in the form a+bi. It also covers argand diagrams and uses these to lead on to polar form. Finally it looks at complex number using exponential form and how they are used to multiply and divide complex numbers. Powerpoint comes complete with questions and answers at each of the different stages.

Presentation that shows students the equations for AP's and GP's and gives a selection of questions and answers.

Presentation that shows the students how to change an equation in the form y=ax^n to a linear equation using logarithms. Includes questions and answers

A presentation that shows students how to solve simultaneous equations using a graphical technique involving linear, quadratic and cubic equations. Includes questions for the students to plot and solve and answers

4 powerpoint presentations that gives questions and answers to a selection of different algebra problems.

GCSE jigsaw that involves the students matching the polygons to their correct name. Students can either cut up the 3 sheets and match them back up or you can create a permanent laminated jigsaw. This jigsaw also contains misconceptions like 'Diamond' that end up round the outside of the jigsaw as well as the correct answer of 'Rhombus'

2 Games that can be used as starters, team games etc. All you need to do is click on any of the 12 numbers that the students can choose from. A question will come up for the students to answer and then you can click on a team colour if they answer it correctly. The first game show a picture of a 2D shape and the students need to name it. The other game looks a 'percentage of'

A selection of presentations and activities that show how to produce different types of engineering drawings including oblique, isometric and orthographic. It also covers borders, title blocks, dimensions and tolerances.

Presentation that introduces both differentiation and integration. It shows the students how to solve calculus problems using polynomial, trigonometric and exponential functions.

A presentation that covers basic data collection and presentation using tally, bar and pie charts. It then goes on to mean, median and mode including frequency tables and estimate of the mean. Finally it covers cumulative frequency graphs and histograms.

A selection of activities that use the sine rule and cosine rule. Also includes an activity that shows the students how to plot a sin curve

A presentation that shows the students how to covert from the number of revolutions to radians per second. It also goes on to work out the distance the end of a rotating object travels.

A presentations that introduces straight lines and looks at the gradient, intercept and the equation of a straight line, y=mx+c. It then shows students how to get the equation of a straight line using experimental data. Some experimental data has been included as an activity for the students to plot and then find the equation of the line

The presentation shows students how to solve quadratic equations using both factorisation and using the quadratic formula.

A powerpoint presentation that starts by reminding how to work out the area of basic solids and then leads on to spheres and cones.

A powerpoint presentation that shows students how to plot a selection of different graphs including velocity-time graphs

This presentation introduces the students to hypothesis testing using normal distribution. It starts by explaining what a hypothesis test is, the key language used and also covers type 1 and type 2 errors. Also included is a presentation that shows students how to use Chi-squared test to find a goodness of fit. It covers all parts of chi-squared from a basic introduction to very clear examples, including using the standard results tables (don't forget to move them to show the answers underneath). It also goes on to contingency tables including Yates' correction. SMART Notebook Express presentations can be used for free by using SMART online or by downloading SMART software, also free, I use it because it allows a more interactive presentation than a powerpoint. Just search 'SMART Notebook Express' and try it with my free SMART resource.