This fun worksheet consists of 8 questions where students can practise and improve their bearings skills. Students can use a calculator to check their answers. Be aware of the North direction (a right hand side).

I love search and shades worksheets. The students are able to self-check by looking for the answer in the grid. Then, they shade the areas to create a design. I use this one to practise the order of operations. It consists of 20 questions at different levels of difficulty. Besides BODMAS, your students will have to know some basic facts about adding, subtracting, multiplying and dividing with negative integers and fractions. This is a great resource for students in KS3. Colouring is required and you will need a selection of 2 colours including black. . . 👉 Want a deeper dive? Check my Instagram account: @theeducatorslist Or the list of topics

This is a good resource that can be used to plot linear graphs using only two points, the x-intercept and the y-intercept. The worksheet consists of 12 questions where students can practise and improve algebra skills, finding coordinates and plotting linear graphs for a specific values of x. Questions 9-12 involve negative numbers. ⓘ Print on A4 or A3 paper. . . Do you want to take your activities to the next level? This resource is suitable to use with #GoForItApp. Using this app you can transform classic questions into a fun, whole class activity. ▸ Upload the worksheet to #GoForItApp available here to be able to display the questions on your whiteboard. ▸ When going through the questions, use a class register together with your activity to increase student participation. More starters and activities you can find here

This is a quick way of assessing your students' knowledge and understanding of a key skill of finding the gradient and y-intercept in an equation of a straight line y=mx+c and formulating the equation given a graph (2 versions).

Looking for activities to motivate your kids to count and think strategically? Easy Snake is a logic based game that is a great tool for building foundation maths skills. For example, Easy Snake may encourage kids to: consider the concept of rules, practice following rules, detect patterns, plan ahead, predict the outcome of alternative moves, learn from experience How it works: 1. Download the program to your desktop (you don’t need to install it). 2. Double-click on the new Easy Snake icon on your desktop to start. ⓘ Easy Snake is compatible with the following browsers: Chrome, Firefox, Edge and Opera.

This is a whole class activity which is based on times tables calculations. The worksheet consists 17 uncompleted calculations including two negative numbers and is an example of a worksheet with interactive feedback. There is also Google Sheet available, which allows you to create your own worksheet. You can change positive to negative numbers or even include some fractions (e.g. 3/4). When you ready, put “?” signs in squares of your choice. The printable version of the worksheet will be populated automatically below (see: Template). To give your students instant feedback, put their answers in the left-hand table. The evaluation will appear in the right table in a fun and unexpected way! . . ⓘ To be able to add changes, please make a copy of the Google Sheet (link in the pdf file). ⓘ Any problems? I’m happy to help - please add your comment directly on Google Sheet.

This is a problem solving question to use as starter, extension or plenary. It can be displayed on an interactive whiteboard or used as individual stickers (63.5mm x 38.1mm, Microsoft Word code: 7160; 21 stickers per A4 sheet).

This is a problem solving question to use as starter, extension or plenary. It can be displayed on an interactive whiteboard or used as a individual sticker (63.5mm x 38.1mm, Microsoft Word code: 7160; 21 stickers per A4 sheet). Students can use a calculator to check their answers (√h = x.219…).

These are fun resources which can be used to practise naming types of angles as well as naming angles by their vertex and endpoints. It can be displayed on an interactive whiteboard. The worksheet consists of 70 questions. ⓘ More info about this starter here ⓘ For more ideas, visit @theeducatorslist or my list of topics

This fun worksheet consists of 9 questions where students can practise and improve both rotation and translation skills.

This is a problem solving question to use as starter, extension or plenary. It can be displayed on an interactive whiteboard or used as a individual sticker (63.5mm x 38.1mm, Microsoft Word code: 7160; 21 stickers per A4 sheet).

This is a quick way to assess your students’ knowledge and understanding of algebra notation and its’ rules. There are two versions available: no-colour and colour cards. Colour can help to match the cards, however they can be sorted in more than one way. Great opportunity for a discussion! ⓘ For more ideas, visit @theeducatorslist or my list of topics

This is a fun worksheet to use as a starter, plenary or to support a revision lesson. It consists of 20 questions where students can practise essential algebra skills. The topics covered: algebraic notation, simplification, expanding brackets, factorisation and solving 2-step equations including brackets.

This fun worksheet consists of 10 questions where students can practise and improve their rotation skills.

This fun worksheet consists of 8 questions where students can practise and improve their rotation, translation and rotational symmetry knowledge.

This fun worksheet consists of 15 questions where students can practise and improve their skills to find a midpoint of a line. Please leave a review to let me know what you think, or how my resources could improve. Many thanks.

This fun worksheet consists of 27 questions where students can practise and improve mainly their translation skills (there are 5 questions on reflection too).

This is a problem solving question to use as starter, extension or plenary. It can be displayed on an interactive whiteboard or used as individual stickers (63.5mm x 38.1mm, Microsoft Word code: 7160; 21 stickers per A4 sheet).

This is collection of blank coordinate grid papers (pdf files and jpg files). Pdf files consist of 2 or 6 grids per A4 sheet.

This is selection of 11 different puzzles including mathematical prove. The pdf file consists the answers.