ST George and the Dragoin Find the 20 differences between the two images of St. George fighting the dragon. This can also be a colouring activity.

75 questions over 5 worksheets wth ANSWERS

These work well printed on ACETATE. Various different designs to choose from.

QUESTIONS to be done in STUDENT BOOKS but could be written on worksheet ALSO INCLUDED are ANSWERS for the AREA of each TRIANGLE and full CALCULATOR DISPLAY if you need an extra or extension task. A follow on from my ‘SETS A and B’ resources where students have to use Pythagoras’ Theorem to find the missing side in a right-angled triangle give two of the sides. 60 questions over 4 worksheets (15 questions per wroksheet) + ANSWERS See other my FREE resources in this set

EXAM TYPE QUESTIONS + WORKING + ANSWERS 23 EXAM type questions on SIMILARITY (shapes and solids) WORKING and ANSWERS included. Each question/answer provided as clip-art so can be used in PowerPoints and Notebook files etc In solutions - Scale factor found by dividing largest value by smallest to produce a SF > 1 and then deciding whether to multiply OR divide by this value. I know not every one takes this approach. ALSO NOTE Assets 6 and 16 look like they are the same question but there is a subtle difference.

A fun activity to find the 20 differences. Quite challenging. Suggest laminating and using dry wipe markers so can be used again in the future. Could be used as an activity where the students have to write a description of where the differences are.

VECTORS - Exam Question Practice 3 questions on column vectors 8 questions on vector diagrams with comprehensive answers and methodology

Choose from A3, A2 and A1 versions of a poster showing all the prime number less than 10000. Will need to be printed and the tiles stuck together for A1 and A2 - instructions included The font size on the A3 version is only 12pt I always think that the white border around the edge to the final poster should be removed (for me, personally, it looks better and you don’t notice the “joins” as much). A2 should be 2 x A3 or 4 x A4 sheets to stick together A1 should be 4 x A3 or 8 x A4 sheets to stick together (depending on your printer settings) Please make a comment/follow so If there are any updates you can be notified. Please feel free to visit my TES Shop for other resources.

5 Worksheets -100 Questions + answers (Also individal questions as CLIP-ART) Use either the worksheets that increase in difficulty or use the CLIP-ART for your own worksheets, PowerPoints or whiteboards etc. Answers included and also if you want to ask the student what the nth and 20th terms are the answers are available.

MATHS - 504 KENKEN LOGIC PUZZLES for BEGINNERS (3x3 grids) + PowerPoint A great logical thinking exercise for beginners. Uses addition, subtraction, multiplication and division but the clues always give answers that are either 1,2,3,4,5,6,7,8,9,12 or 18 Use as a full lesson, filler or starter activity. Included 504 puzzles (12 per A4) that can be given as is, or cut into strips of 3 or 4 puzzles or even individual puzzles. 2 sets of solutions (although they probably not be needed as the puzzles check themselves but peer marking/checking is easy too) A PowerPoint explaining the RULES, A BEGINNERS GUIDE TO SOLVING KENKEN PUZZLES and some HINTS and TIPS A blank 3x3 grid and 107 transparent 3x3 KENKEN grids/cages that can be used together to create your own puzzles (or the students can). To do this insert the blank grid into your document along with a KENKEN grid ABOVE the blank Line up the two, group and resize.

Two Versions Number bond to 10 - addition & subtraction Finding Primes Both give same answer Colour squares dependent on condition I now have a set of 25 PRIME PIXEL PICTURES available to download - with various difficulties- worksheets and answers

A 12 slide PowerPoint presentation showing how to prove Pythagoras’ Theorem. While there are some animations in the presentation, you may want to change some of the settings on them so that you can ask the students questions while you are presenting it. I have many other resources based on this topic that can be downloaded for FREE.

An slightly different, but I hope interesting resource for simple addition and subtraction of numbers up to 20 using robots/number machines. EXPLANATION POWERPOINT (24 slides) Initially: 4 worksheets with answers ALL the clip art I used to make the resource for you to use. use the clip art to make your own worksheets or large scale robots for lessons or displays Please note This resource is the beginnings of an idea. It is as uploaded and as yet UNTESTED with a class. It has been designed to make basic calculations a bit more interesting and in some of the examples a little more challenging. Please let me know what you think of this as an idea and if it is any good and thoughts on improving it. Any questions please contact me. I will make more associated resources if people think it will be worthwhile. Please REVIEW if possible I can be found on twitter @wardee72

You can simulate the throwing of up to 3 dice on a whiteboard for classroom activities. You will need Adobe Flash Player installed on you computer. (they usually do have it installed as standard) Now 2 files that basically do the same thing (the update file has an slightly different menu system) Please check out my other upload that simulates dice throwing and so you can look at expected outcomes and experimental outcomes.

The resource includes 2 pages as both PDF and JPG files

Use in a project on the MAYA eg wall display OR a starting point for working in base 20 In this resource there is: An A3 sized poster An A2 sized poster (will need to be tiled - using a reasonable overlap setting will be a good idea) 20 x A5 sized individulal numbers for dislpay with A4 description KEY A set of playing card sized cards that has -the decimal number -the Mayan symbol for that number -the Mayan head GLYPH for that number -and its name (good luck pronouncing them) PLUS All the artwork that I created for this resource so you can use it with your own projects (see zip file) I have included 300 dpi JPEGs and PNG’s but where you can use the PDF version as it can scale without pixelating. (in WORD you have to use INSET > Object) If you do use any of my artwork, please credit it when appropriate. I also have a set of resources showing how to convert Mayan, base 20 numbers into decimal number I WILL BE UPLOADING SOME MORE MATHS RELATED MAYAN RESOURCES AVAILABLE SOON

12 GRIDS (PER PAGE) 15/16 questions to answer per grid (So in effect around 190 individual questions) GIVE AS A WORKSHEET OR CUT INTO INDIVIDUAL QUESTIONS SUPPLIED AS PDF, WORD and JPEG FILES to give maximum flexibility to use in other software such as PowerPoint and Notebook etc BLANK GRIDS also included SET 2 of 2 ALSO AVAILABLE - MULTIPLICATION and DIVISION ALSO INCLUDES hIGHEST COMMON FACTOR

Hopefully a fun way to practice NUmber bonds to 20 Pupils could be tasked with discussing if each of the values are appropriate I have included a BLANK SET of cards if they want to make their own version Usual “Top Trump” type rules

Use to improve students identification of 2d shapes and info about them. This resource is best used on an interactive whiteboard. You will need Adobe Flash Player on your computer (most have it installed as standard) The activity is to Drag a shape into it’s appropriate position. If it is correct it snaps into place. If it’s incorrect it will return to the top. If you click the ? next to each box it gives info about that shape (click the ? again to make it close before proceeding) I have other resources similar to this for 3d shapes and matching formulas to shapes.

One puzzle for each letter of the ALPHABET Fits in size and colours with my PENTOMINOES - STARTER KIT (15mmx15mm grid version) ALSO FREE TO DOWN LOAD 26 PUZZLES COLOUR SOLUTIONS BLACK/WHITE SOLUTIONS BONUS solutions as 135mm x 135mm for making a display ALL the individual ARTWORK I used to make this resource as HIGH QUALITY PNG and PDF files (150+) i.e. BLANK GRIDS and SOLUTIONS You’ll be able to use these for your own projects, displays, PowerPoints etc at any size.