A spin on the classic card game ‘SNAP!’, this fun activity will keep students engaged while practicing operations on negative numbers. The resource includes 80 number cards (cards numbered from -10 to 10), 24 operation cards (adding, subtracting and multiplying) and instructions on how to play.

Could you return the serve of a professional tennis player? Students investigate this question in a maths practical activity. Students use Pythagoras' theorem and speed, distance, time conversions to estimate the time it takes for a ball to travel across court. They then estimate their own reaction times using an online test.

This little book of circle theorems makes learning circle theorems a little more fun!! It summarises six rules. For each rule, students can complete the missing words in the text and then provide an example in the space provided. With your download you will get a pdf template of the foldable and a pdf of instructions (including answers).

Useful for students who struggle with the algebra, this is a step by step method to calculate a side of a right-angled triangle using Pythagoras' theorem. The first page explains the method using an example and the second page is for students to complete. Looking for a real-world application of Pythagoras' theorem? If so, take a look at the following resource: Pythagoras Theorem & Tennis?? A Real-World Practical Application

Students will love this Pick, Flip & Check activity. Kids use a paper clip or clothes peg to clip the fraction of amounts that are equal to the number on the card. Then they flip the card over to check their answers! A fun way for kids to practice finding a fraction of an amount. Plus no marking for you! How to assemble: - print on card* - cut around the edge - fold in half and glue the two halves together. *or paper and then laminate once folded. Looking for similar activities? Take a look at my other Pick Flip Check resources: Prime, Square & Cube Numbers Factors Multiples Numbers BUNDLE © 2016 Rosella’s room. All rights reserved. Purchase of this resource entitles the purchaser the right to reproduce limits copies for his or her classroom use only.

This graphic organiser shows how to convert between speed, distance and time using the sdt triangle. The first page explains the methods and the second page can be used by the student. Looking for a real-world application? If so, take a look at the following resource: Pythagoras Theorem & Tennis? A Real World Practical Application

This resource is designed for students who can read time on an Aramazu clock and must now apply their knowledge to read a typical analogue clock. The transition is carefully scaffolded and involves students progressing through 4 stages. At each stage, a visual feature of the Aramazu clock is removed until the clock looks like a typical analogue clock. I have used this approach successfully on my students - 16 year olds with dyslexia and dyscalculia. Included in this package are: Worksheets One for each stage. Activity cards These can be used as flash cards or with the word cards in a matching activity. There is a set for each stage. A Student Progress Tracker This can be glued in student books. Students can highlight each stage as they progress. For more Aramazu resources, go to: https://www.tes.com/teaching-resource/learn-to-tell-the-time-dyslexia-dyscalculia-friendly-12083209