A full lesson for teaching "finding a fraction of an amount". Animated examples included and maze activity, which engages students much more than simply giving them a set of questions to complete. Answers included for self/peer assessment and then the lesson moves onto worded problems.

Complete lesson covering the features of straight line graphs, plotting straight line graphs, then extending students knowledge by showing them how the point of intersection of two or more lines represents a solution (leading to solving simultaneous equations graphically).

Lesson demonstrating how to round to 1, 2 and 3 decimal places and significant figures. The lesson then builds up to applying this to estimate calculations.

This lesson series introduces solving equations using the balance method progressing to unknowns on both sides, fractions and brackets). Fully differentiated questions throughout and opportunities for think, pair, share. Series of three PowerPoints that can be used as a complete lesson sequence for this topic. 'Simpsons style' single brackets spot the mistake plenary also included as a consolidation activity.

Complete lesson including ready to print hand-outs. Exit tickets included as a plenary.

Introductory lesson to sequences, including an engaging starter showing students an optical illusion involving the Fibonacci spiral. Additional card sort activities included, for visual learners (ideal engagement tool for SEN classes), where students sequence their daily routine and also sequence the square numbers. All activities are fully differentiated, with the opportunity for students to explore Fibonacci sequences.

Differentiated lesson with engaging starter for teaching substitution. The lesson starts from basic principles, building up to expressions with brackets and powers (including substituting negative values). All answers included on the slides for students to self assess.

Complete introduction lesson to functions and function notation, with fully differentiated questions for each task. Answers provided for self/peer assessment for all tasks. Real life aspects shown to students to boost engagement and provide discussion opportunities. Used as an interview lesson and had positive feedback, was offered the job. Complete lesson plan included (timings can be adjusted to suit your timetable) with common misconceptions highlighted in the plan. Lesson Objectives covered: Beginner: To be able to solve worded problems using a function machine Skilled: To be able to substitute into f(𝑥) given 𝑥 Expert: To be able use mapping diagrams, understanding the relationship between the range and domain of a function.

This resource is fully equipped for the new GCSE curriculum with problem solving opportunities throughout. It explores solving equations using function machines, then applies this to worded problems and a past paper question. Following this, the balance method is then explored (extra slides, which can form part of another lesson or used to show students this alternative method for solving equations).

Arc Length and Area of a Sector lesson series. This resource can be used to introduce students to the topic. Differentiated questions and engaging starters (to check prior knowledge) are present for each lesson. Included in the series is a problem solving lesson, these slides can be used independantly or can be inserted into the existing lessons as an added challenge for higher ability classes. Included in the pack: Lesson Powerpoint Worksheets & Worked Example Handouts (to save lesson time, students can stick the examples into their books) Lesson plan