Ideal for students meeting pie charts for the first time. This power point lesson teaches students how they must alter the frequencies in order to draw a variety of pie charts. The additional PowerPoint has the protractor shown on more questions for those students who need that amount of detail at the board This lesson is accompanied with a worksheet for students to answer in class or as a piece of homework. An Additional worksheet have been added for those who require it.

Lesson of worked examples involving how to find the percentage of a quantity without the use of a calculator. The lesson also includes a worksheet for students to work through. Answers are included.

Lessons which teach students the properties of Prisms, Pyramids and the Sphere. Including symmetry. This purchase also includes a worksheet for the students to complete.

Lesson and questions showing students how to solve inequalities involving quadratics. This topic is relatively new to the GCSE grading 1 to 9.

Lesson shows students a variety of problems involving dividing a given amount into a given ratio. Once completed the presentation ends with a worksheet which could be printed for students to complete in class or as a piece of homework.

Lesson introduces students to the formula which can be used for a variety of prisms. The lesson then has a series of worked examples before ending with a large worksheet for students to complete.

This lesson has a variety of examples demonstrating how to find the Mass of an object, Volume of an object or Density when given the remaining information. This lesson is accompanied with a worksheet for students to complete in class or as a piece of homework.

GCSE Run around Game 6 This game is aimed at foundation students who have just been revising certain topics. Topics covered in this game are Sequences nth term Solving equations Dividing into a given ratio Factorising Decimals. This activity is aimed at Foundation students who are revising for their GCSE examination. Each round consists of four questions. Print the slides 8 to 13 on A4 paper and place one printed slide per table. Students are put into pairs (either by choice or teacher selection) and are given a copy of slide 14 and a few sheets of pieces of A4 paper. The pairs are designated a starting table and the timer (slide 2) is started. The students are then given 5 minutes to answer the four questions on that table. Once the five minutes is up the students move clockwise to the next table and start the next set of four questions and the timer of slide 3 is started. This continues until all students have completed the six tables worth of questions. The answering of the questions takes no more than 30 minutes. Students then remain at their final table, swap their answer sheet with the nearest table and the answers are produced. At this stage I go through the questions before revealing the answers. In this way the students have had a go at GCSE style foundation questions and have also seen a demonstration as to how they should have been answered. Finally, students add up their score and the highest score get a prize!

This revision lesson looks at working out a percentage of a quantity with a calculator. The revision continues then looks at percentage increase, decrease and concludes with compound measures. The lesson is therefore ideal for both foundation or higher level students.

This powerpoint can be used over two or three lessons as revision for removal of one bracket, two brackets and three brackets. Also it can be used to revise factorising through the use of one bracket, two brackets. Each section consists of two or three worked examples followed by several questions for the students to answer. I get the students to copy down the worked examples as we work through them and then they are left to attempt the given questions before we run through the solutions at the board. All answers are given.

This PowerPoint is a revision lesson were students revise the ability to work out y coordinates for a given quadratic curve and then draw the curve. The lesson is structured so that they follow two examples at the board before attempting the next two by themselves, before looking at a couple of more complicated questions. Then once again having a go at a couple. The revision lesson (as with most of my revision lessons) are designed to last at least one hour in length. I tend to get the students to copy the examples in their book.

This spreadsheet will generate infinite worksheets for either linear sequences or quadratic sequences. The spreadsheet will also provide the answers. Once the sheet is generated print the sheet. The cover the answers and send the font to white (this hides the answers) print this sheet. Repeat for newly generated worksheets. Alternatively the spreadsheet can be projected onto the board and students answer from the board. Then at an appropriate time the answers can be shown by changing the column hiding the answers back to black font.

This spreadsheet is set up to produce nine questions for students to answer on a variety of foundation topics. The spreadsheet also generates the answers. To generate a new list simply alter week 1 for week 2 etc and a new sheet is generated. That is the numbers are replaced or a different algebraic expression is generated. The topics on this sheet include: Dividing into a given ratio Multiplying fractions together nth term of a linear sequence collection of like terms solving simple equations decimal conversions metric conversions decimal multiplication

These two revision lessons remind students how we draw pie charts and how we draw and make use of a scatter diagram.

This Powerpoint can be used over approximately three lessons. The lessons introduce the knowledge of the surd. The understanding of simplifying a surd or an arrangement using surds and then concludes with the more complicated surd questions we see in the new GCSE structure. The Powerpoint is accompanied with two worksheets and answers, which can be used in class or as a piece of homework.

Mathematics Games to play close to Easter. A series of Mathematics games that can be played in the classroom or even placed around the school play ground for break and lunchtime activities. Each game consists of twelve questions written onto twelve pictured easter eggs. The idea is that the students know the starting card but initially have no idea of the last card. The aim of the game is to answer the questions in the correct order thereby revealing a code. The student can then submit the correct code to the teacher and maybe receive a reward of some kind! The games consist of : Addition Addition & Subtraction Multiplication Long Multiplication Fractions of a quantity Percentages of a quantity Solving algebraic equations

This spreadsheet will generate infinite worksheets for percentage questions. The spreadsheet will also provide the answers. Once the sheet is generated print the sheet and print the answers. Then change the worksheet number to 2 or 3, extra and watch a completely new worksheet get generated. Alternatively the spreadsheet can be projected onto the board and students answer from the board. Then at an appropriate time the answers can be shown by changing the column hiding the answers back to black font.

The series of worksheets and worksheet generator looks at a variety of ratio questions students could meet in the new GCSE examination. The first worksheets look at the more basic dividing into a given ratio. subsequent worksheets look at the more complicated ratio questions that appear on the papers and many students struggle to answer. The reason behind the generated question excel package is that you can generate an infinite number of worksheets. Hence students can have endless practice at this questions. Alternatively you can generate a complete set of different questions so that each member of the class has their own set to answer!

This lesson and worksheets looks at algebraic problems which involve constructing equations based on the knowledge of either angles in a triangle angles in a quadrilateral ands associated with parallel lines angles in a parallelogram angles associated with circle theorems. There are two worksheets to backup the worked examples. The second worksheet is similar to the first just in case you need a review and want student to "have another go" Solutions are provided.