A full lesson on proportion and the unitary method including a range of differentiated questions on proportion and best value. It also includes a thoughts and crosses activity and 2 different plenaries. There is also a copy of the loop cards I printed off for the pupils to work on. I have included instructions on the slides of where to click to show the questions please deleted them off before you use it.

Here is a lesson I delivered as a reintroduction to percentages of amounts to a group of foundation students. Contains Lesson plan, Loop Cards and the Smart notebook. I have included teacher hints to help people find things on the slides but please delete these out. Includes an extension on percentage increase and decrease. Enjoy! Feedback and improvements welcome!

A top quality lesson on finding the volume of a prism! The lesson contains a variety of different activities including a bingo game, a connect 4, a differentiated worksheet and a whole class game. All solutions are included along with all printable resources and a learning plan. As always an unrivalled quality of IWB with teacher hints included (these need deleting before you use it) that should allow you to make the most of this lesson. Hope you and your pupils enjoy the lesson.

A full lesson with learning plan and IWB (smart notebook) on area and perimeter of traingles. Contains differentiated questions and printable progress and plenary cards and a nice sorting activity depending on whether they are given its area or perimeter.

Simple activity for KS2/3 where pupils have to match the pie chart to the description of an animal.

Here is a full lesson on calculating a percentage increase and decrease using the multiplier method. It recaps converting between decimals and percentages, it looks at using the multiplier method to find a percentage before moving onto percentage increases and decrease using the multiplier method. It contains examples, questions, a true or false activity, a differentiated worksheet, a plenary and all solutions are included on the slides. Hope it helps and I hope you enjoy teaching it!

Here is a full lesson on calculating the areas of compound shapes made from rectangles. The lesson contains examples, spot the error task, a differentiated worksheet. All answers included on the slides. Hope it helps and have fun teaching!

Here is a complete lesson on Pythagoras' theorem with included assessment opportunities and printable differentiated worksheets on the IWB. Extension tasks using Pythagoras to find perimeters and areas of shapes too. There is a quality activity which I printed out where pupils have to role 2 dice to select the base and height of a right angled triangle then use the information to calculate the hypotenuse. I have included teacher hints on the slides which need deleting out because there are a lot of things that need clicking or pulling out. Enjoy!

A full lesson on sequences and patterns. It start by looking at finding missing terms, moves on to the nth term of a sequence before moving on to applying nth term algebra to problems involving pictures.

A collection of 10 problems complete with solutions which I used with some high ability Y9 pupils. Good lesson starter. It gave them all something to think about and work on in small groups.

KS3 Algebra activity. Class game where pupils have to answer questions in teams to win a game of blockbusters. (Template is easy to edit to make your own)

This is a complete lesson on calculating the area of compound shapes. It is a great introduction to compound area starting by looking at counting squares before moving onto rectangles and triangles before then compound areas. It also contains a nice thoughts and crosses activity on area and a fantastic functional problem.

A percentage puzzle I produced where pupils need to answer the questions on the cards then arrange them from small to big. The letters form a riddle for the pupils to solve. I had the pupils work in groups for 4, it is a good consolidation activity or a starter before looking at another percentage topic. The solution to the riddle is 'age'.

Here is an activity to help consolidate expanding brackets. Cut out the tiles on the second sheet which contain the answers. Pupils need to match these tiles with the corresponding question on the grid on the first sheet. There are some easier and some harder questions, I got them to work on it in groups of 3 at the end of a lesson on expanding brackets to consolidate their learning.

Think of a number (algebraic proof)This is a collection of resources I made for a lesson to introduce the idea of algebraic proof to a year 7 class. I gave prep sheet for homework, then we completed proof as class. Using 'blob and dot algebra' then real algebra. Pupils then made their own puzzles and a poster. They really enjoyed it!

Each set of problems contains 3 maths problems which I have pulled together from a number of books and websites. Problem 1 is easy, problem 2 is medium and problem 3 is hard. We printed them big on A3 coloured green, orange and red to make a display with pupils submitting their solutions. puzzles, problem solving,

A smartboard file with area and perimeter questions. Nice plenary at the end with pupils having to sort sorts into two boxes on area and perimeter.

A full lesson on substitution. Depending on the class you may want to use all of it or just a couple of slides. It starts by looking at the very basics (front bit is quite slow you may want to chop it down a bit), before having some differentiated questions for the pupils to work through before moving to a catchphrase puzzle. :-)

Here is a full lesson on calculating the volume of a sphere. It contains an introduction, examples of a sphere and a hemisphere, a differentiated worksheet and a plenary. All solutions are included on the slides. Hope it helps and happy teaching.

An activity for pupils to play in pairs based on blooms. Just as in normal noughts and crosses pupils need to make a line of 3, but instead of nought and crosses they must write their answer in a noughts and crosses grid. As an extension for those who finish I get them to work as a pair to complete the rest of the grid.

An activity for pupils to play in pairs based on blooms or a way to provide differentiated questioning to pupils. Just as in normal noughts and crosses pupils need to make a line of 3, but instead of nought and crosses they must write their answer in a noughts and crosses grid. As an extension for those who finish I get them to work as a pair to complete the rest of the grid.