An entire lesson teaching foundation students how to find missing sides on a pair of similar figures. Powerpoint takes students through the theory and then the fully differentiated, write-on resource can let students chose to practise at the level they feel most confident in. The answers are mainly integers and scale factors of 1.5 or 2.5 and so the lesson can be done without a calculator. Answers not included.

5 powerpoints, each of 10 questions which cover all of the basics any student should know in maths: place value, simple percentages, rounding, BIDMAS, area and perimeter by counting, mode and many more. Multi-choice so everybody can have a go and the answers are shown as well. Each one, with class discussions on each question, can take from 5 minutes to 15 minutes. I start all of my Foundation GCSE and younger classes with these.

A quick revision sheet for any student on the legacy course for Edexcel A Level Maths. There are 12 questions that cover pretty much all of the module. Students should be able to answer these quick-fire questions in about 20 minutes if they are ready to tackle the Core2 examination. The powerpoint plays model solutions and can be mailed to students to help them assess their work. Ideal for any student re-sitting from last year

An entire lesson on the often examined topic of product of primes. The powerpoint introduces prime numbers and then goes onto using the tree method to write a whole number as a product of primes. The resources is fully differentiated using a star system and students can write on the resource, ensuring that their work is neat and easy to assess.

This is really two lessons in one. I use it over two successive lessons. The first lesson covers basic angle sum of a triangle and the second the special case of the isosceles triangle. The starter gets students to estimate 10 angles and then the powerpoint takes students through how to calculate the missing angle in a diagram. The resource contains two booklets that can be printed off in booklet form for the students to write on....thus no time wasted drawing diagrams. The numbers are normally multiples of 5 and so this can be done mentally

3 complete lessons on Pythagoras. Fully differentiated resources for students to write on. Comment section and full worked examples. Answers provided.

This is the 15th lesson in the AS course devised by myself. The lesson powerpoint will show students how to solve quadratic inequalities by factorising and sketching the curve. A 5 minute starter on recent material students should know is included and there is a generic plenary on the last slide. The resource that accompanies the lesson will allow students to practise the lesson's objective, with the questions matching those explained by you in your exposition. There are 3 levels of differentiation on the resource and this will help your planning of directed differentiation. Resources can be printed so that students can have their own files of notes and examples. This can also be used with KS4

Two full lessons on the theory of binomial expansions and its applications. Both lessons come with fully animated slide-shows, fully differentiated resources for students to complete and a full set of worked solutions.

This is the 14th lesson in the AS course devised by myself. The lesson powerpoint will show students how to solve linear inequalities and list integer solutions. A 5 minute starter on recent material students should know is included and there is a generic plenary on the last slide. The resource that accompanies the lesson will allow students to practise the lesson's objective, with the questions matching those explained by you in your exposition. There are 3 levels of differentiation on the resource and this will help your planning of directed differentiation. Resources can be printed so that students can have their own files of notes and examples. This can also be used with KS4 and gifted KS3 students

This is the 3rd lesson in the AS course devised by myself. The lesson powerpoint will show students how to simplify expressions with powers. The resource that accompanies the lesson will allow them to practise this new skill. The powerpoint includes a starter and plenary and the resource is directed differentiated. Resources can be printed so that students can have their own files of notes and examples

This is the 4th lesson in the AS course devised by myself. The lesson powerpoint will show students how to manipulate surds. The resource that accompanies the lesson will allow them to practise this new skill. The powerpoint includes a starter and plenary and the resource is directed differentiated. Resources can be printed so that students can have their own files of notes and examples

This is an entire lesson to get your class used to the levels of the manipulation needed to survive the A level maths course. The powerpoint contains differentiated lesson objectives and examples which are worked through slowly. This can be printed and given to the students. The excel document can be printed off and directed differentiation can let students select the level of work which will challenge them. This is the first in what potentially could be the entire a level course

This is an entire lesson ready to deliver to Year 12 A level mathematicians. The powerpoint has differentiated lesson objectives for your planning and then takes students through the basics of index theory. This is based on the edexcel specification and will allow students to become grounded in the skills that they will need in their studies of calculus. The excel worksheet is then printed and students can be guided to the level of work that they feel most comfortable with.

This is the 9th lesson in the AS course devised by myself. The lesson powerpoint will show students how to solve what appears like challenging equations but, after a simple change of variable, become little simple quadratic equations. This has always been part of the A level specification but is now a formal learning objective in the new scheme. The resource that accompanies the lesson will allow them to practise this new skill. The powerpoint includes a starter and plenary and the resource is directed differentiated. Resources can be printed so that students can have their own files of notes and examples

This is the 7th lesson in the AS course devised by myself. The lesson powerpoint will show students how to solve linear simultaneous equations in two variables by elimination. A 5 minute starter on recent material students should know is included and there is a generic plenary on the last slide. The resource that accompanies the lesson will allow students to practise the lesson's objective, with the questions matching those explained by you in your exposition. There are 3 levels of differentiation on the resource and this will help your planning of directed differentiation. Resources can be printed so that students can have their own files of notes and examples. This can also be used with KS4 and gifted KS3 students

This is the 10th lesson in the AS course devised by myself. The lesson powerpoint will show students how to solve a pair of simultaneous equations, where one is quadratic in nature. A 5 minute starter on recent material students should know is included and there is a generic plenary on the last slide. The resource that accompanies the lesson will allow students to practise the lesson's objective, with the questions matching those explained by you in your exposition. There are 3 levels of differentiation on the resource and this will help your planning of directed differentiation. Resources can be printed so that students can have their own files of notes and examples. This can also be used with KS4 and gifted KS3 students

This is the 13th lesson in the AS course devised by myself. The lesson powerpoint will show students how to solve quadratic equations using the formula, giving the answers as surds. A 5 minute starter on recent material students should know is included and there is a generic plenary on the last slide. The resource that accompanies the lesson will allow students to practise the lesson's objective, with the questions matching those explained by you in your exposition. There are 3 levels of differentiation on the resource and this will help your planning of directed differentiation. Resources can be printed so that students can have their own files of notes and examples. This can also be used with KS4.

This entire lesson will talk through the algorithm of division. Typically a cubic is divided by a linear term. The powerpoint (which contains a starter) will show how each term is generated and its place in the division process. Students will also see how the answer (quotient and remainder) fit together and can be used to check. The resource that accompanies the lesson is fully differentiated

This complete lesson will guide your students through the often perceived difficulty of using the equation of a straight line in the form y = mx +c to deduce the gradient and the intercept. There is no plotting of the lines but more an algebraic manipulation. The lesson incorporates when lines can be parallel and perpendicular and students are encouraged to think about setting one variable to zero to find where the line crosses the other axis. The resource that accompanies the lesson is fully differentiated. This lesson can be used for gifted KS3 or 4 students

Two complete lessons on this new addition to the A-level Year 2 statistics. The second lesson gives students a chance to practise the skills they meet in the first. Both lessons come complete will full animated slideshows, differentiated worksheets for students to complete and a full set of answers