Be the first to complete all the questions, swap your card when you have finished it. Pythagoras - calculate the length of diagonal fences. Arcs - calculate the length of curved walls. Areas of different shapes. When you have worked out all the areas and lengths calculate the cost of each garden.

Match up the isometric drawing to the net and calculate the surface area. After four examples can you draw the nets from the cuboids left and calculate the surface area for each. Can we speed up the process.

For each of the cards: 1) Work out the answer to the fraction additions. 2) There will be several equivalent fractions and the corresponding letters will spell out a word. 3) What connects each of the words?

Put the instructions into order so as to create five solved equations.

Calculate the missing sides using Pythagoras then use the information to crack the code. pythagoras theorem is used in many real life situations especially in the construction and engineering professions where the accurate construction of a right angle is needed such as in the building of structures or the calculating of non traversable distances.

Calculate the mean of the set of tables and use that information to break the codes, then work out which is the odd one out. Please feel free to split it up so each pupil gets one question that reflects the amount of work they can do in a given time. (Rose is the odd one out as the others have bulbs)

Solve the simultaneous equations, all positive answer, then use that information to break the code on the acrostic sheet. "During the Second World War Alan Turing worked for the Government code and Cypher School at Bletchley Park Britains codebreaking centre where he was head of hut eight the section responsible for German naval cryptanalysis He devised the bombe a machine that could find settings for the Enigma machine"

Match up the various tables, graphs and charts into sets, one or two of the cards are missing and will need to be recreated.

Use the diagrams to work out the code for each card. Work out which is the odd one out. They are all in London but 'Paddington' isn't on a Monopoly board Can be used as a class with pupils changing their card when they have finished or as a set of worksheets.

Match up the three inequalities to each graph. There are two card sets, one with all the answers and one with unfinished cards to complete by the student.

I created this number line for my classroom and several people asked for it so I uploaded it here. It is a mixture of popular culture, logos and pictures to represent the numbers from -19 to 20. There is a plan to make it -50 to 50 if there is enough call for it.