Here is a worksheet containing 5 questions with several parts + answers. Total marks 70. -Given an equation, find the gradient and the y-intercept. Find the equation of a line given two points. (one of the given points is the y-intercept) Given a graph find the equation of the line. Represent a line given its equation. Includes Answer Key. I hope you find it useful. Please rate so I can improve as I go on! Here you can find more resources on Straight line graphs. https://www.tes.com/teaching-resource/test-worksheet-answers-straight-line-graphs-gcse-igcse-12062750 https://www.tes.com/teaching-resource/straight-line-graphs-worksheet-12060322 https://www.tes.com/teaching-resource/formulas-and-straight-line-graphs-worksheet-for-year-7-8-includes-answers-11897658 https://www.tes.com/teaching-resource/straight-line-graphs-worksheet-for-gcse-and-igcse-includes-answers-12059105 https://www.tes.com/teaching-resource/straight-line-graphs-practice-worksheet-includes-answer-key-11513561

26 exercises+ answers+step by step answers, on solving quadratic equations by factorisation. The worksheet includes different types of exercises: Quadratic equations given in standard form. Quadratic equations that have to be rearranged before factorising them. Quadratic equations that have no number term. Quadratic equations that have no x-term. Quadratic equations that are given factorised and the answer is a fraction. I hope you find this resource as useful as I found it for my Year 9 students to revise for their Checkpoint exam. Please rate so I can improve as I go on. Find more great resources at: https://www.tes.com/teaching-resources/shop/sara-turner-montessori

This resource contains 17 (50 marks) questions + answers on: Straight line graphs, Simple interest, Venn diagrams Travel graphs, Limits of accuracy Standard form, Conversions. Others You can either use it as a progression test or as a revision worksheet. I hope you find it useful Please rate so I can improve as I go on! Find more interesting resources at: https://www.tes.com/teaching-resources/shop/sara-turner-montessori

This worksheet has a table with 24 quadratic equations whose answers are whole numbers. They are thought to be solved by factorisation. The answers are included in the second document.

This worksheet contains quadratic equations specially designed to be solved by factorisations. The given equations are arranged in different ways so the students have to decide what they have to do with each one. This document also includes the factorisation and the answers.

Here is a trigonometry summary wich includes the tangent ratio, the cosine ratio and the sine ratio. It will help your KS3 Maths students to learn and understand the basic trigonometry formulas. Hope you find it useful!

This is a progression test with 8 different exercises of chapters: Areas of triangles and Parallelograms Formulas Reflections, Translations and Rotations Linear Equations Straight Line Graphs Curved Graphs I hope you find it useful. Please rate so I can improve as I go on!

Here is a worsheet with 10 questions, 60 marks, on limits of accuracy + answer key. It includes questions on: Finding the range of values. 4 word problems on finding the lower and upper bounds. 4 more complex word problems on finding the lower and upper bounds and applying them. I hope you find it useful. Please give me your feedback so I can improve my work as I go on.

Here is a worksheet and answer key with 10 questions, 60 marks, on working with numbers and multiplication and division of fractions. It includes questions on: Standard form. Power rules. Rounding to decimal places, significant figures and nearest… Operations with fractions. Word problems on fractions and roundings that include limits of accuracy. I have used it as a revision worksheet with my Year 8s and it worked really well for me. I hope you find it useful. Please give me your feedback so I can improve my work as I go on.

This resource contains 10 questions on: Straight line graphs, Travel graphs, Limits of accuracy Standard form, Simple interest, Conversions Sequences, Others. You can either use it as a test or as a revision worksheet. All answers are included. I hope you find! Please rate so I can improve as I go on! Find more interesting resources at: https://www.tes.com/teaching-resources/shop/sara-turner-montessori

Here is a worksheet on travel graphs containing 13 questions and answers. I have used it with my Year 9 students and I think it could be a good initial assessment for year 10s. It covers: Converting units of time Finding speed Finding time Finding distance Reading and drawing travel graphs. I hope you find it useful. Please rate so I can improve as I go on.

This worksheet will help your students to consolidate their knowledge about Areas of triangles and parallelograms. It includes: A brief revision on the formulas. 6 exercises with several parts on: - Finding the area of a square given its side. - Finding the side of a square given its area. - Finding the area of a parallelogram given its base and perpendicular height. - Finding the missing measurement of a parallelogram given its area and another measurement. - Finding the area of a triangle given its base ans perpendicular height. - Finding the missing measurement of a triangle given its area and another measurement. It also includes the ANSWER KEY. I have used this worksheet with my Year 8 students and it worked really well. Please rate my work so I can improve as I go on. If you like this resource, here is another worksheet on areas of triangles and parallelograms: https://www.tes.com/teaching-resource/areas-of-triangles-and-parallelograms-finding-the-misssing-measurement-11807057

This WORKSHEET +ANSWERS contains 4 exercises (47 marks) with several parts on differentiation. It includes questions such as: Find the gradient dy/dx. Find the gradient of the curve at a given point. Find the coordinates of the point given the gradient at that point. Find the turning point or points of a given curve. State whether a turning point is a maximum or a minimum point. Find the coordinates of the points where the graph intersects the x-axis. Find the coordinates of the points where the graph intersects the y-axis.