2 lessons, includes a recap on calculating probability, step by step guide, worked examples and practice questions. Objectives: To calculate probability by listing all outcomes. To calculate the probability of independent events, including questions using ‘And’, ‘Or’ and ‘At Least’. This notebook version includes notes for teachers on how to use the interactive elements within the presentation.

Two lessons. The slides can be used as worksheets for the students to work though. Objectives: To be able to measure and draw straight lines. (grade 1) To be able to the perimeter of rectangles and other polygons. (grade 2) To be able to find the area of rectangles. (grade 2) Students progress from counting 1cm squares, to measuring lines and sides, to calculating the area of a rectangle. This interactive version allows students to use an on screen ruler to measure.

Two lessons. The slides can be used as worksheets for the students to work though. Objectives: To be able to measure and draw straight lines. (grade 1) To be able to the perimeter of rectangles and other polygons. (grade 2) To be able to find the area of rectangles. (grade 2) Students progress from counting 1cm squares, to measuring lines and sides, to calculating the area of a rectangle. This interactive version allows students to use an on screen ruler to measure.

2 lessons, includes step by step guide, worked examples, practice questions and exam style questions. Objectives: To understand and use negative powers. (grade 5) Find the value of problems involving positive, negative and fractional indices, with a calculator. (grade 6) Find the value of problems involving positive, negative and fractional indices, without a calculator. (grade 7)

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)

5 lessons, includes step by step guide, worked examples and practice questions. Learning Objectives: Find a fraction of a quantity. Multiply a fraction by a whole number. Multiply a fraction by a fraction. Multiply a fraction by a mixed number. Multiply a mixed number by a mixed number.

2 lessons, includes step by step guide, worked examples, practice questions and exam style questions. Objectives: To understand and use negative powers. (grade 5) Find the value of problems involving positive, negative and fractional indices, with a calculator. (grade 6) Find the value of problems involving positive, negative and fractional indices, without a calculator. (grade 7)

3-4 lessons. Includes recaps on: Finding probabilities, independent and mutually events, and sample space diagrams. The presentation features a step by step guide, worked examples and practice questions. Objectives: Use tree diagrams to calculate probabilities of a combination of events. (7) Use tree diagrams to calculate probabilities of conditional events. (8)

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.

2-3 lessons, includes step by step guide, worked examples, practice questions and exam style questions. Objectives: Find the arc length given the angle. (grade 5) Find the angle given the arc length. (grade 5) Find the sector area given the angle. (grade 5) Find the sector angle given the area. (grade 5)

2-3 lessons, includes step by step guide, worked examples, practice questions and exam style questions. Objectives: Find the arc length given the angle. (grade 5) Find the angle given the arc length. (grade 5) Find the sector area given the angle. (grade 5) Find the sector angle given the area. (grade 5)

Year 1 Fractions lesson featuring a series of questions on Sharing in Halves and Quarters. This is the complimentary lesson to “Halves and Quarters”. Designed to develop a greater understanding, and give students more practise. The questions uses pizza slices, biscuits and flowers as examples of objects to be shared. This interactive version allows students to drag these objects so they can be shared. Includes, worked examples, Mastery and Mastery with depth questions. Lesson Objectives: a) To be able to recognise halves and quarters from diagrams and fractions. (1F1a) b) To be able to recognise equivalent fractions, halves and quarters from diagrams. (1F1b)

Year 1 Fractions lesson featuring a series of questions on Sharing in Halves and Quarters. This is the complimentary lesson to “Halves and Quarters”. Designed to develop a greater understanding, and give students more practise. The questions uses pizza slices, biscuits and flowers as examples of objects to be shared. Includes, worked examples, Mastery and Mastery with depth questions. Lesson Objectives: a) To be able to recognise halves and quarters from diagrams and fractions. (1F1a) b) To be able to recognise equivalent fractions, halves and quarters from diagrams. (1F1b)

2 lessons: Lesson objectives to solve equations with unknowns on both sides, including equations with brackets. Includes; teachers’ notes on using 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.

2 lessons: Lesson objectives to solve equations with unknowns on both sides, including equations with brackets. Includes; 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.

2 lessons, includes step by step guide, worked examples and practice questions with solutions. Objectives: To be able to represent data in an ordered stem & leaf diagram 2, To be able to find the mode, median and range from an ordered stem and leaf diagram (including Back to Back Steam and Leaf, and comparing two sets of data). This interactive version allows both students and teachers to move data into the appropriate place on a stem and leaf diagram.

3 lessons, includes step by step guide, worked examples, practice questions, and exam style questions, with solutions. Objectives: Solving simultaneous equations graphically. Solving simultaneous equations algebraically by elimination (where coefficients of are the same). Solving simultaneous equations algebraically by elimination (where one or both equations need to be multiplied).

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.

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.

3 lessons, includes step by step guide, worked examples, practice questions, and exam style questions, with solutions. Objectives: Solving simultaneous equations graphically. Solving simultaneous equations algebraically by elimination (where coefficients of are the same). Solving simultaneous equations algebraically by elimination (where one or both equations need to be multiplied).