Read a curve like a map: roots, y intercept, line of symmetry and turning points, all taught through clear annotated graphs. A complete, ready to teach 45 minute lesson for IGCSE Mathematics Extended (Cambridge 0580) and GCSE Higher. Higher challenge throughout: about 60% of the practice is at A or A* level, with clear language that also works for EAL learners. What is inside: Editable PowerPoint lesson (15 slides) with diagram led teaching slides, callouts that build on click, worked examples, a hinge question and answers on click for every question One page visual handout for students to keep Worksheet: Name That Graph (match 12 graphs to equations, with decoys), plus an A* exam style question Teacher notes with a 45 minute lesson sequence, differentiation, assessment for learning and homework answers Original homework with answers All content is original. Fonts: Calibri and Cambria (standard Office fonts).

Windows, leaves and running tracks: split, subtract and find perimeters of shapes made with circles, with exact answers in terms of π. A complete, ready to teach 45 minute lesson for KS3 and Cambridge Lower Secondary Stage 9. Higher challenge throughout: about 60% of the practice is at A or A* level, with clear language that also works for EAL learners. What is inside: Editable PowerPoint lesson (16 slides) with diagram led teaching slides, callouts that build on click, worked examples, a hinge question and answers on click for every question One page visual handout for students to keep Worksheet: Running Track and Stadium Design, plus an A* exam style question Teacher notes with a 45 minute lesson sequence, differentiation, assessment for learning and homework answers Original homework with answers All content is original. Fonts: Calibri and Cambria (standard Office fonts).

Split the middle, fill the grid, read the brackets: ax² + bx + c made visual with the area model, including negative and hidden quadratics. A complete, ready to teach 45 minute lesson for IGCSE Mathematics Extended (Cambridge 0580) and GCSE Higher. Higher challenge throughout: about 60% of the practice is at A or A* level, with clear language that also works for EAL learners. What is inside: Editable PowerPoint lesson (17 slides) with diagram led teaching slides, callouts that build on click, worked examples, a hinge question and answers on click for every question One page visual handout for students to keep Worksheet: Factor Grid Puzzle, plus an A* exam style question Teacher notes with a 45 minute lesson sequence, differentiation, assessment for learning and homework answers Original homework with answers All content is original. Fonts: Calibri and Cambria (standard Office fonts).

IGCSE-style maths resource with exam questions, structured practice and mark scheme, ideal for revision and independent study.

A complete set of ready-to-use IGCSE Mathematics lesson plans covering key topics across the course. Lessons are fully structured with clear objectives, engaging activities, differentiation, assessment, and reflection. Designed to save time while delivering high-quality, student-centred lessons. Ideal for Cambridge IGCSE teachers looking for a clear, reliable scheme of work.

Right-Angle Trigonometry Test – Year 10 Cambridge Curriculum This comprehensive 40-mark test is designed for Year 10 students following the Cambridge Curriculum. It covers key concepts in right-angled trigonometry, focusing on sine, cosine, and tangent ratios, as well as practical applications such as calculating distances, angles of elevation, and angles of depression. The test is divided into three sections: Basic Applications (10 marks): Evaluates understanding of fundamental trigonometric ratios. Problem Solving (20 marks): Involves real-world scenarios, encouraging students to apply their knowledge. Mixed Concepts (10 marks): Challenges students with more complex, multi-step problems involving trigonometric calculations. An accompanying mark scheme, provided in table format, ensures quick and accurate grading. With clear instructions and print-friendly formatting, this resource is ideal for class assessments, homework, or revision practice. Downloadable in Word format, it is easily editable to suit different teaching needs. This test is perfect for assessing student progress and reinforcing essential trigonometry skills.

The “Colony on Mars Project” is an educational assignment designed to engage students in the exploration of science and engineering by developing a Mars colony prototype. The project emphasizes understanding Mars’ physical properties, such as its size, atmosphere, and potential for water, alongside practical needs for human survival. Students work in groups of 1-3, conducting detailed research and creating a visual or 3D representation of their colony using hand-drawn or CAD designs and common materials. The project fosters independent learning, requiring journal documentation, thorough referencing, and iterative edits. It encourages creativity, teamwork, and application of interdisciplinary knowledge in STEM fields.