This matching pairs game is a great way for students to memorise angle rules. They can play against each other or by themselves against the clock. There are 16 pairs of cards. Each pair, a phrase card and a picture card, describes a different angle rule. Rules include angle types and angle properties of parallel lines, triangles and quadrilaterals. Easy to set up. The cards are made by printing double sided onto paper or card and then cutting around the borders.

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.

Free clip art of a boy and girl for personal or commercial use. Please see the terms and conditions in the preview for further details. All images are in PNG format and have a high resolution for printing and resizing. Looking for more clip art? Take a look at these resources: Detective Kids Kids Kids in School Uniform – Grey & White Court Room Kids Science Kids

This is a student workbook that can supplement lessons on hypothesis tests for a population mean. I teach the stages of hypothesis testing using analogies to a criminal trial. My students like this comparison; they are more engaged and it helps them to see the relevance of the different stages. Once students are confident with the terminology, we create our own courtroom in the classroom and role-play the stages of hypothesis testing with students acting as the jury, prosecution, judge and defence. Contents of the workbook 1. A summary of the 5 stages of hypothesis testing 2. A detailed analogy to a criminal trial 3. One worked example 4. Space for students to complete their own examples. 5. Worksheets on: a. the null and alternative hypothesis b. type I and type II errors c. checking assumptions d. sampling distributions e. the normal distribution f. the t-distribution g. interpreting p-values Answers for worksheets provided in separate document. The preview file shows a selection of pages from the workbook.

This 16 piece set consists of 8 different kids standing and sitting. All images are in PNG format and have a high resolution for printing and resizing. Please read my Terms of Use in the preview regarding personal and commercial use of my graphics. Looking for more clip art? Take a look at these resources: Owls (FREE) Detective Kids Kids (FREE) Kids in School Uniform – Grey & White Court Room Kids Science Kids

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 is a fun way for students to revise area of shapes using a famous artist (Fernand Leger) colouring sheet. Questions will ask students to find the area of rectangles, squares, triangles, parallelograms, trapeziums and compound shapes. Students identify the solution to each question in one of the three answer boxes. They then find the question number on the colouring sheet and colour the section in the colour that corresponds to their answer. Included in your purchase is a question sheet, answer sheet and colouring sheet. Students can also mark their answers by comparing their colouring sheet to the original artwork. An engaging way for students to learn about area of shapes and art!

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

Here's a real life CSI application of algebra for your students.... There has been a suspicious death. Using their knowledge of formulae and quadratic equations, students have to gather evidence from the crime scene and mortuary to determine (1) who was with the victim moments before death and (2) whether the death was a tragic accident or cold-blooded murder. At the Crime Scene - The victim died after falling from a balcony. Students have to collect information on the distance of the body from the building to determine whether it was an accidental fall or murder. At the Mortuary - Students must match a bite mark left on the body with teeth impressions taken from three suspects to find out who was with the victim when he fell. Answers included. Here are some other resources you may be interested in: Crime Scene Algebra - Writing & Using Formulae Crime Scene Algebra - Using Formulae & Linear Regression

This 28-piece set has everything you need to create fun detective-themed resources. Included are 20 happy, curious Detective Kids and 8 accessories, including binoculars, magnifying glass and a 'top-secret' folder. All images are in PNG format and have a high resolution for printing and resizing. Please read my Terms of Use in the Preview regarding personal and commercial use of my graphics. Looking for more clip art? Take a look at these resources: Owls (FREE) Kids Kids (FREE) Kids in School Uniform – Grey & White Court Room Kids Science Kids

This set of images consists of 8 kids holding white boards. All images are in PNG format and have a high resolution for printing and resizing. Please read my Terms of Use in the Preview regarding personal and commercial use of my graphics.

This 16-piece set consists of 8 different kids holding message boards. All images are in PNG format and have a high resolution for printing and resizing. Please read my Terms of Use in the Preview regarding personal and commercial use of my graphics.

This is a fun way for students to revise numbers using a famous artist (Miro) colouring sheet. Number topics included: - prime numbers - multiples and LCM - factors and HCF - square and square root - cube and cube root Students identify the solution to each question in one of the three answer boxes. They then find the question number on the colouring sheet and colour the section in the colour that corresponds to their answer. Included in your purchase is a question sheet, answer sheet and colouring sheet. I print this as an A5 booklet (also included) so that students can then glue this into their notebooks. Students can also mark their answers by comparing their colouring sheet to the original artwork. An engaging way for students to learn about numbers and art!

The Aramazu method of learning to tell the time on an analogue clock was originally developed for primary school children. This collection of resources adapts the Aramazu approach to appeal to secondary school students. I have used this approach successfully to teach 16-18 year old students with dyslexia and dyscalculia how to tell the time. The resources included in this package are: A Student Progress Tracker I glue this in my student’s books. The tracker shows 8 levels that the students have to move up in order to reach the target. Students start at the bottom (level 1) and once each level is completed, we highlight it. The goal is to reach level 8.  The progress path is shown both in words and pictures so all my students can access the information. An Illustrated Set of Notes These can be used as a interactive teaching resource or as handouts for students. Flash Cards / Match Pairs Cards The Aramazu clocks can be used as flash cards or together with the word cards as a matching activity. A Giant Aramazu Wall Clock Perfect for kinaesthetic and visual learners, a printable giant Aramazu wall clock for students to practise showing the time on. I’ve also included a few worksheets and posters to support learning. The end goal is for students to be able to tell the time to 5 minute intervals on an Aramazu clock. Once students have mastered this, you can then use the ‘Goodbye Aramazu’ resource to support students with the transition to reading a ‘typical’ analogue clock: https://www.tes.com/teaching-resource/learn-to-tell-the-time-goodbye-aramazu-12084255

Here’s a real life CSI application of algebra for your students… Students have to solve a murder investigation using formulae (writing and substituting). They have to gather evidence at three locations: the crime scene, mortuary and forensic laboratory. Once they have collected their evidence, they examine a suspect list to identify the murderer. Crime scene – The suspect has left muddy boot prints at the crime scene. Students have to measure the boot print and step length to determine the suspect’s height. Mortuary – Students have to determine the time of death using body temperature. Forensic Laboratory – The victim died from chronic arsenic poisoning. Students have to determine for how long the victim was poisoned for. Answers included. Here are some other crime scene activities you may be interested in: Crime Scene Algebra - Using Formulae and Linear Regression Crime Scene Algebra - Using Formulae & Quadratic Equations

A useful set of graphic organisers that covers the following topics: - Explanation of a unit cube - Calculating volume by counting unit cubes - Identifying prisms - Explanation of a cross-section - Calculating volume of prisms using dimensions - Calculating volume of cylinders I print these as an A5 booklet and then students glue it into their notebooks. They can then use it for revision as a 'how to' guide.