Simpe worksheet covering the initial integration topic of WJEC Maths to get students used to using the method of integration. Solutions provided.

Worksheet for measuring and converting between feet and inches. Stretch question includes area.

Worksheet for measuring and converting between mm and cm. Stretch question includes area.

Differentiated questions for using the EPE formula. RED - simple matching exercise requiring substitution, ORANGE - context based questions, GREEN - contextual, conversion and problem solving. STRETCH - algebra heavy - will challenge students. The ‘MRWD’ watermark is not on the actual file

Adapted and differentiated GCSE questions on Specific Latent Heat from across exam boards. Answer sheets provided.

Adapted GCSE questions on Specific Heat Capacity from across exam boards. Answer sheets provided.

Differentiated questions on solving** Simultaneous Equations ** and worked solutions. There are 3 worksheets: Lower Ability (LA), Middle Ability and Higher Ability (HA). The ‘MRWD’ watermark is not on the actual file.

An assortment of exam questions from across exam boards covering the Complex Numbers topics from Y1 Further Maths. They have been placed into a differentiated sheet. Solution sheet included as well as a powerpoint walkthrough for the questions and a PDF version of the powerpoint.

Differentiated worksheet covering simple addition, subtraction and tests understanding of number bonds to 10. Ideally, used either as a recap sheet or worksheet for later in a lesson. Please leave a review if you download.

Differentiated moments worksheet for Higher GCSE. It is maths heavy and the latter questions will stretch pupils. This would be a good recource for a recap for introducing the topic in the mechanics topic at A-Level Mathematics.

Adapted GCSE Physics past paper questions on Moments. Questions are from across the exam boards and adapted for use as a worksheet. The stretch question is from an A-Level textbook, but only requires reasoning as the method is the same and the working out is not much harder.

How to guide for a mechanics moments and tension problem question . The question and method are broken down in a way that is easy for students to replicate in their own thought processes. Designed to operate as a guide for A-Level students who may need additional support.

Visual ‘How to…’ aid/guide for use in demonstrating to pupils how to break down and approach problem solving questions. In this case it was the “Show that A = …” question involving the area of a compound shape. The question was discussed online and on social media over the holidays with some calling it impossible.

Differentiated questions for using the GPE formula. RED - simple matching exercise requiring substitution, ORANGE - context based questions, GREEN - contextual, conversion and problem solving. STRETCH - uses work done instead of GPE. Forms links with KE. The ‘MRWD’ watermark is not on the actual file.

Differentiated questions for using the Kinetic Energy formula. RED - simple matching exercise requiring substitution, ORANGE - context based questions, GREEN - contextual, conversion and problem solving. STRETCH - a standard form question and a question that also requires GPE to build on the idea of the conservation of energy. The ‘MRWD’ watermark is not on the actual file.

PowerPoint Show with a full walkthrough for Exercise 1A “work done by a force” to complement the Cambridge OCR A A-Level Further Maths Mechanics textbook. Encourages students break their working into concise “chunks” by breaking questions into main points, assumptions, diagrams and the working.

PowerPoint Show with a full walkthrough for Exercise 1.6A Lines and Circles to complement the Oxford AQA Year 1/AS Maths textbook. Encourages students break their working into concise “chunks” by breaking questions into main points, assumptions, diagrams and the working.

How to guide for a Fractions of Amounts Worded Problem. The question and method are broken down in a way that is easy for students to replicate for their own thought processes.

How to guide for Ratio problems. The question and method are broken down in a way that is easy for students to replicate for their own thought processes. Several versions including a blank version for students to work on their own.

How to guide for a Matrices Transformation problem. The question and method are broken down in a way that is easy for students to replicate for their own thought processes.