A nice Ice Breaker for your form. Lots of fun and everyone gets involved. Task should take between 20 minutes to 30 minutes to complete. Do not project the PowerPoint on the broad but call up the performers to let them see what the answer is.

Working out areas and perimeters of sectors.

Different Types of Bar charts.

Whole lesson on Index laws Includes problem solving >>WORKSHEET FREE<< >>Homework included (Pupils take a picture of it at the end of the lesson)<<

Simplifying Ratios lesson, two tasks, real life link to aerospace engineering including video, WALT and WILF Update: I have now included a 2022 update to simplifying ratios and kept the old lesson.

Solving problems involving equivalent ratios. Recommend the use of mini white boards. Worksheet free

Whole lesson on Parallel and Perpendicular Linear Functions.

Lesson on the Sine Rule

KS4 Maths: Area of a Triangle using Sine

Whole lesson on calculating standard form Includes questions designed for the new 2015 Mathematics GCSE. >>WORKSHEET FREE<< >>Homework included (Pupils take a picture of it at the end of the lesson)<<

Writing ratios in the form 1:𝑛 or 𝑛:1 Mini-whiteboards is recommend for this lesson. Worksheet Free

Loci Lesson. Update: I have fixed question 4

Term-to-term rule Using the position-to-term rule Finding the position-to-term rule

Similar shapes Similar triangles Mastery approach Small steps Variation theory My turn/Your turn Non-Examples Knowledge based learning before learning skills

A simple and clean moving average PowerPoint. WALT and differentiate WILF from level 6 to level 8. Differentiate worksheet with 3 levels of progress. Answers included on the PowerPoint.

Lesson on sharing ratios including bar model examples. The starter covers key prior knowledge.

Lesson on translating shapes using vectors. Starter covers prior knowledge Lesson should be done in small steps. Mini Whiteboards is recommended for this lesson to check understanding at key points.

Reflecting 2D shapes Reflecting shapes on horizontal and vertical lines (y=n and x=n) Reflecting shapes on diagonal lines (y=x and y=-x etc).

Transform 2D shapes using combinations of transformations.

Two lessons on inequalities on a number line.