3 lessons. Objective: to be able to divide a number by a fraction. The presentation is split into 4 parts: Recap of reciprocals. Dividing a whole number by a fraction. Dividing a fraction by a fraction. Dividing a mixed number by a fraction. Includes worked examples, practise questions with worksheets, and plenary.

Lesson Objectives: To be able to use a multiplier to find equivalent fractions. To be able to simplify fractions using a multiplier/divisor. Starter: Class activity where students write as many possible equivalent fractions on mini-whiteboards to common fractions. Progression: Using multipliers to find equivalent fractions. Plenary: Fraction Bingo Game to embed and assess student learning in a fun way.

3 lessons, includes step by step guide, worked examples, practice questions. Lesson Objectives: To be able to simplify fractions. To be able to work out equivalent of common fractions, decimals and percentages. To be able to convert between fractions and decimals. The presentation is divided into 3 parts, each representing one of the learning objectives.

2-3 lessons, taking students through a step by step guide, to fully understand the process of factorising to solve quadratic equations. The lessons include: A recap on expanding brackets, to show that factorising is the inverse operation. Factorising simple expressions, and solving simple quadratic equations. The linking of roots of quadratic graphs to solutions of quadratic equations. Throughout the resource there are, worked examples, practice questions and exam style questions.

2 lessons on finding the area and perimeter of compound shapes made from rectangles. Includes step by step guide, worked examples and practice questions. Objectives: To be able to find the perimeter of compound shapes. (grade 3) To be able to find the area of compound shapes. (grade 3)

1-2 lessons, includes step by step guide, and worked examples for both quadratic and cubic equations (graphs). Objectives: To solve equations graphically by drawing a straight line. Students find the a straight line by working out the difference between two equations. Then draw the line on the graph to find the solutions.

2 lessons, includes step by step guide, worked examples, practice questions and worksheets. Starter activity - “How many reds?” an experiment in predicting. Object being that students understand that more trials, means the relative frequency is closer to theoretical probability Objectives: Estimate probabilities on experimental data. Use relative frequency as an estimate of probability.

2 lessons: Lesson objectives: To solve equations with unknowns on both sides, including equations with brackets. Includes; teachers notes on how to use the interactive elements, step by step guide, worked examples and practice questions. The big idea is to rewrite both sides of the equation to eliminate like terms. Hence the phrase “Same Value, Looks Different”. It uses money to show that you can can have the same value, but in different ways. Hence, you can rewrite any equation in any way as long as you do not change the value. This version 2 is designed to allow both teachers and students to solve the example equations by writing each step on an interactive whiteboard. (Version 1 has each step written done to be uncovered as the example goes on).

3 lessons, includes step by step guide, worked examples and practice questions, and plenary. Objectives: To solve two-step equations. (grade 3) Solve equations with brackets. (grade 3) Methods used: Cover up and inspection and using inverse operation.

2 lessons, with worked examples and practise questions. Objectives: To be able to share an amount in a given ratio using proportional division. To be able to share an amount in a given ratio using the difference between parts.

A resource with over 60 slides. There is enough material for a series of lessons. Slides designed to be printed to create worksheets for students. Includes: Starter activities; Worked examples and practise questions; Different methods of partitioning; Partitioning diagrams; Different ways of representing numbers: Challenge questions; Self assessment opportunities; Templates to allow teachers to create extra resources/questions. The lessons end with a fun bingo activity, that allows teachers to assess learning.

Two interactive lessons, including worked examples and practise questions. Topics: 1. Solving Equations 2. Substitution into Expressions 3. Simplifying Expressions 4. Expanding Brackets 5. Factorising Expressions

2/3 Interactive Lessons. Objectives: Be able to write a number as a product of its prime factors. Be able to construct a tree diagram to find the prime factors of a number. Be able to calculate the HCF and LCM of two numbers using Venn diagrams. Be able to find the HCF and LCM of two numbers when given the prime factorisation of each numbers. Includes: Teachers notes; Lesson starters; Worked examples; Practise questions; Plenary questions.

2 Lessons, includes worked examples and practise and extention questions. Objectives: To be able to find the circumference of circles. To be able find the area of circles. To be able to find area and perimeters of semi-circles and quardrants. Interactive version.

2 Lessons, includes worked examples and practise and extention questions. Objectives: To be able to find the circumference of circles. To be able find the area of circles. To be able to find area and perimeters of semi-circles and quardrants.

2 lessons, covering 9 rules including cyclic quadrilaterals, alternate segment theorem, tangents, angles in the same segment. With worked examples, practice questions and worksheets. Interactive version.

Using L.A.S.S, students are shown the key skills to find the missing side in a right angle triangle, which is squaring two numbers, adding or subtracting, and square rooting. I don’t use the formula, and hence this works for all ability groups, as method involves skills students are familiar with, Includes worked examples and practise and extention questions.

Part 2 of 5. A series of A5 practise sheets, designed mainly as a series of lesson starters, to embed mastery of the times table up to 20. Approximately 40 different tasks. Includes: Task 2 involves a spider diagram with ten questions. Some are asking for an answer to a multiplication question, others show the answer and require the students to find the question. This interactive version reveal the answers underneath the blue circles.

Lesson objectives: To be able to interpret data from a two-way table. To be able to work out probabilities from a two-way table. Includes; worked examples, practise questions, exam questions and worksheets. Interactive version.

Four Dice Games with full instructions and game cards. Two Dice Challenge Roll a Remainder Four in a Row Multiple Mania Four in a Row BIDMAS Mania