2 lessons, on using the “peanut” method for adding and subtracting fractions. Includes step by step guide, worked examples and practice questions and plenary. Objectives: Add & Subtract fractions with common denominators. Add & Subtract fractions with different denominators.

2 lessons, on using the “peanut” method for adding and subtracting fractions. Includes step by step guide, worked examples and practice questions and plenary. Objectives: Add & Subtract fractions with common denominators. Add & Subtract fractions with different denominators.

3-4 lessons, includes step by step guide, worked examples and practice questions. Objectives: Add & Subtract fractions with common denominators. Add & Subtract fractions with different denominators. Add & Subtract mixed numbers.

3-4 lessons, includes step by step guide, worked examples and practice questions. Objectives: Add & Subtract fractions with common denominators. Add & Subtract fractions with different denominators. Add & Subtract mixed numbers.

2-3 lessons, includes step by step guide, worked examples and practice questions. Objectives: To be able to solve problems involving compound measures including: Speed, Distance and Time. Density, Volume and Mass. Pressure, Force and Area. Population Density, Population and Area.

2-3 lessons, includes step by step guide, worked examples and practice questions. Objectives: To be able to solve problems involving compound measures including: Speed, Distance and Time. Density, Volume and Mass. Pressure, Force and Area. Population Density, Population and Area

2-3 lessons. Objective: To be able draw a straight line given the equation. Split into graphs with positive gradients and those with negative gradients. This presentation includes step by step guide, worked examples, practice questions and worksheets, with graph grids for student use.

2-3 lessons. Objective: To be able draw a straight line given the equation. Split into graphs with positive gradients and those with negative gradients. This presentation includes step by step guide, worked examples, practice questions and worksheets, with graph grids for student use.

3-4 lessons, includes key words and explanations, step by step guides, worked examples, practice questions with solutions and student worksheets. Drawing CF graphs and finding LQ, UQ, Median and IQR. Drawing Box Plots and finding LQ, UQ, Median and IQR. Drawing a Box Plot from a CF graph

3-4 lessons, includes key words, explanation, step by step guide, worked examples with solutions, practice questions and student worksheets. Drawing CF graphs and finding LQ, UQ, Median and IQR. Drawing Box Plots and finding LQ, UQ, Median and IQR. Drawing a Box Plot from a CF graph

Lesson objective: To be able to find the area of triangles. The lesson uses students pre-existing knowledge of areas of rectangles and parallelograms to workout how to find areas of triangles. Through a series of worked examples, students should realise that some triangles are either half a rectangle, or half a parallelogram, and hence gain a better understanding of how the formula for the area of a triangle works. Includes; worked examples, practise questions, and a plenary. This interactive version allows for congruent triangles to be be together to make quadrilaterals.

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.

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.

1-2 lessons. Lesson Objective: To be able to expand a bracket using grid multiplication. Students progress from idea that 3(a + b) means 3 lots of a + b, to expanding x(2x – 1) using a multiplication grid. Includes practise questions. This notebook version includes teachers’ notes on how to use the interactive elements in the presentation.

1-2 lessons. Lesson Objective: To be able to expand a bracket using grid multiplication. Students progress from idea that 3(a + b) means 3 lots of a + b, to expanding x(2x – 1) using a multiplication grid. Includes practise questions.

3 lessons, includes step by step guide, worked examples, practice questions, and interactive section for student responses. 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.

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.

3-4 lessons, divided into four distinct parts: Using frequency density and bar widths to find group frequencies. Drawing histograms with unequal bar widths. Interpreting histograms with unequal bar widths. Estimate values from an histogram. Each part includes a step by step guide, worked examples, practice questions with solutions, and student worksheets.