Suitable for both Key stage 3 and 4. This worksheet is designed to help pupils revise simplifying ratios. The worksheet is fully differentiated (mild, medium spicy, hot and challenge) allowing pupils to work at different levels simultaneously. The worksheet also features a section for pupils to self-assess their understanding and set a target for next lesson. Answers included which can be directly projected onto the smart board to allow pupils to self-assess their answers.

This is a Y6 SATs revision Reasoning treasure hunt. I have taken questions from the Reasoning paper samples, and I have rewritten them. There are 24 Green [easy], 24 Yellow [middle] and 24 Red [tricky] questions. I have laminated them and strung them around the school. It was a little light relief for SATs revision and the children loved it. I have also included the answers. Enjoy!

Power point and accompanying worksheet (with solutions) Notes and examples for students to read, explaining how to do this work. For use as a first lesson sharing in a ratio or revision. The worksheet consists of 2 A4 sheets of paper, laid out to guide students to use the bar model organising their work in a methodical way. 9 questions using the bar model which is provided for the students. The 2nd page is partially completed work which needs to be finished, some errors have been included so that students need to check the work so far not just complete it. Errors include using the wrong bar model and dividing by the wrong number.

Need a quick activity to help with revision for the Year 6 SATs? Want to save your time with a resource that includes a variety of arithmetic and reasoning problems with the answers? This resource includes 20 different worksheets, available on Microsoft Word. It is divided up into 4 different word documents, with each one containing 5 different worksheets - ideal to keep children learning for 4 weeks. Each worksheet includes: 20 arithmetic-style questions ranging from use of fractions, decimals, percentages and the use of the four operations 4-5 reasoning-style questions ranging from volume to word problems An answer sheet Questions that have been written in the style of the Key Stage 2 SATs. Questions that can be easily edited with different numbers. This resource is perfect for booster sessions, homework and/or revision lessons.

This bundle includes 50 full tests (with 36 questions) to practice with as well as 100 daily arithmetic practices (with ten questions each) for your class. Great for early morning or starters. The daily practices provide the ability to track the children’s confidence in different areas. The full tests look just like the real things and the composition of questions are based on the real thing too. With both the full tests and the daliy practices, there are three different sizes for each test: All the questions on a page (or two on a page for the daily practices). A condensed version when compared to the real tests to save paper but still have that 'real test feel’ A full-sized arithmetic test For the daily practices, the objectives and question types from genuine arithmetic tests have been spread out across sets of ten tests. Ensuring both variety and repetition. With the daily practices, each question fits in an area: Written Multiplication Written Division Written Addition Written Subtraction Mental Multiplication Mental Division Mental Addition Mental Subtraction Multiply/Divide by 10/100/1000 Add Fractions Subtract Fractions Multiply Fractions Divide Fractions Fractions of a Number Order of Operations Percentages For the majority of areas, three levels of questions have been provided. Each test comes with a few questions from each challenge level so some questions are accessible to everyone whilst others will provide a challenge to your most able. For example, with ‘Written Multiplication’, Level 1 includes two digits x one digit or three digits x one digit, Level 2 includes three digits x two digits and four digits x four digits and Level 3 includes multiplying whole numbers by decimals. Not only that but assessment tracking has also been provided for the daily practices. Each day, the children or you can record on the QLA tracking sheet. This allows you to quickly identify gaps and support children. The sheet allows for identification of what the level of the question was that they struggled with. Great for KS2 SATs preparation and revision. Instructions are provided on how to do this.

GCSE Higher Lesson. Understand a proportional relationship and how it appears. Solve problems involving combining ratios and subsequently finding shares. Starter, worked examples, worksheet(different questions, same formats), all answers included

Four (4) differentiated worksheets on the topic of Ratio and Proportion. Classwork or Homework sheets. Use all 4 in the one class to help with differentiation, or start with the easiest of the worksheets and have students progress at their own rate.... or of course use them however you wish.

Need an outstanding maths lesson based around shape and geometry? Then look no further. This session is great to teach Year 1, Year 2 or a mixed Year 1 and Year 2 class. These two lessons are a great way to showcase your mastery teaching in quick, snappy methods that easily demonstrates progress. Suitable for a reasoning maths lesson, the questions included in the interactive PowerPoints are great to get children of all abilities thinking. We have based this lessons around the NCETM principles of differentiation where children have the opportunity to try all tasks. You can use these lesson flexibly from 15 minutes to an hour, individually or together. They have been successfully used for interviews and Ofsted visits alike. You will get: ✸ Two outstanding lesson plans featuring mini-plenaries, differentiated success criteria and starters. ✸ Two PowerPoint with probing mastery questions. ✸ x12 Task sheets for a range of abilities (including reasoning challenge sheets) ✸ Shape hospital sheet ✸ Shape mat ✸ Right angle muncher (measurer) Lesson 1 Y1 – L.O. To identify and sort rectangles in a set of four sided shapes. Y2 – L.O. To identify and sort right angles in 2D shapes. Success Criteria: I know that a rectangle has 4 sides, two longer than the other two. I can sort rectangles from other shapes. I can identify a right angle in a shape. I can sort shapes into those that have right angles and those that do not. Lesson 2 Y1- To know that any shape with 3 sides is a triangle. Y2 – To know that all triangles are the same but different. Success Criteria: I know that a triangle has 3 sides. I can sort shapes into triangles and not triangles. I can name three different types of triangle. I can use reasoning to describe why triangles are different. observation ofsted nqt key stage 1 mastery reasoning geometry ks1 interview Have any issues with this resource or a request? Contact us directly for the quickest response at: explore_education@outlook.com

This well thought out worksheet has been structured to increase in difficulty gradually, beginning with scaffolded intro examples and building up to challenging extension questions that really get them thinking.   Under the hood Rates not involving time Rates involving time Unitary method Worded questions   Thorough, comprehensive, and suitable for both KS3 and KS4. Our resources are carefully designed to boost confidence and grades.   Answers included Not completely convinced? Download a free preview of the sheet here. https://www.tes.com/teaching-resource/resource-12361883

This series of slides consists of twenty mathematical questions with a Christmas theme. The idea is to keep students entertained in the final days/weeks of the term whilst also doing some good quality maths work. The questions can be answered with or without a calculator. Answers are provided at the end. Merry Christmas.

GCSE Maths Revision Higher Exam Questions. Exam Style GCSE Higher Questions perfect for the GCSE exams! These are a mix of non-calculator and calculator higher questions. They are up-to-date exam style questions based on recent past paper questions, designed to make students think and apply methods they have been taught to solve the problems. There are 20 questions in this pack with a total of 100 marks, so they should take around 2 hours to complete. There are 2 questions of each type so that students can have a second attempt at each topic. This is the second pack of higher exam questions. Click here for pack 1. ✎ Contents: This resource includes: • 20 worksheets – each with one multi-step exam style question. • A student recording sheet – to record marks etc. • Teachers notes. • All answers. ✦ Objectives: This resource has been designed to practice GCSE higher exam style questions on the following topics: • 3D Trigonometry • Indices • Surds • Expanding brackets • Forming & Solving Equations • Volume of a Cube • Algebraic Fractions • Direct & Inverse Proportion • Simplifying Algebra • Laws of Indices • Area of Triangles • Pythagoras • Exact Trig Values ✦ Notes: All answers are included, so you can easily mark students work. These questions should take at around 2 hours for students to complete. ✽ Directions: Print out a set of 20 worksheets for each student. Alternatively use individual pages as required for homework etc. ✷ Suggestions: Use the student recording sheet for students to record their marks and maybe colour code red, yellow and green depending on difficulty. You could use one question of each type (e.g., all the odd numbered questions) for a test and then the other questions as a follow up to practice the topics again. ♥ You may also like: GCSE Higher Exam Questions Pack 1 GCSE Crossover Exam Questions Level 5 Quadratic Inequalities, Quadratic Equations and Quadratic Simultaneous Equations Solving Quadratic Equations by Factorising ☞ To view my other resources, please go to Maths Shop

Maths Homework Booklet targeted for KS3 Maths Students. I have split it up into three stages with increasing difficulty so packs can be distributed to students accordingly and so that it will provide a challenge for all. At least a terms worth of homework is contained here. (add it to the other 2 packs & would make up a year ) This maths pack covers; multiplying & dividing fractions, percentage change, compound interest, simple interest, bearings, theoretical probability, experimental probability, averages, pie charts, area & volume, ratio & proportion, properties of numbers, HCF, LCM, significant figures and more. Please check out the other stages too if you find this useful which cover other topics. All funds raised by the sale of this resource will be donated to the NSPCC. P.s. Answers are at the back to you may want to remove before distributing!

This is a full worksheet, with answers on direct proportion. It does not cover algebraic methods. It starts with using tables and branches into worded lessons. There are a few really good hand written worded problems for students to get stuck into. This resource comes free with my lesson on direct proportion and runs alongside it, I highly recommend you buy the full lesson to get the most out of this resource.

Lesson exploring how ratios and map scales are related and how to use the scale to find real-life distances from the map or map distances from real-life. Fully worked examples. Differentiated slide to allow all pupils to attempt questions. All answers included.

An illustrated introduction to ratio and proportion from the objectives of GCSE. Includes a few typical GCSE questions, but suitable for all levels.

This is a good resource to help learners link the ratio and proportion concepts in real life situations… It can be given as a homework to help learners reflect on their learning and to reveal any misconceptions they might have. It is good to be used to assess each learner’s understanding of the topic. It can also be used as a main/ plenary activity where learners work on their own or with others (peer assessment)….. It can be adapted at different levels to suit and to challenge learners at all levels.Other topics covered: Numbers

Objectives: Spotting variables which are in direct proportion from a table of values. Plotting these values onto a set of axes, to identify the link to a straight line graph passing through the origin. Make the connection between the gradient of the graph and the constant of proportionality Worksheet and solutions

This powerpoint takes students from simplifying to sharing to proportion with a table of success criteria to show how far they've got.