This power-point lesson covers the topics of momentum and downward motion. With calculations and exam style questions this lesson helps the students understand the physics behind the ideas. the definition of Law of conservation of momentum is also included.

This power-point lesson covers the topic of vector motion. Exam style questions are included with calculations and definitions of the words used in the idea. All calculations are explained step by step.

This lesson covers the module of energetics. The topics it covers are Enthalpy changes and enthalpy profile diagrams Activation energy Standard change of enthalpy Measuring enthalpy changes experimentally using calorimetry Bond enthalpies Hess’s law and enthalpy cycles Calculating average bond enthalpies All calculations include the answers.

This worksheet covers the topic of the Doppler effect. The questions included have an allocation of thirteen marks. Pupils will be tested on their knowledge of the theory of the Doppler effect as well as associated calculations.

This test covers the properties of matter and electric circuits, with specific questions on electrostatics and density. The test has a mark allocation of fifty across eight questions. Various ability levels and styles are shown in the questions.

This test consists of five questions and has forty-five marks allocated to it. The questions are of varying ability and style. A formula sheet and answer sheet is included. The test is designed to examine the pupils knowledge of matter and Kinetic molecular theory.

A booklet that outlines the various methods we use to describe the data received in a scientific investigations. The booklet also covers the idea of scientific method. Basic information of standard IUPAC measurement is also given.

This fifty mark test covers the concept of waves. The motion of waves and how we use the equation of waves. Includes questions on types of waves and how they differ.

This test is of one hundred marks. It covers the aspects of forces and electrics that would be of GCSE standard for a mixed ability group.

A booklet that covers the calculations used in electric circuits. Including current strength and resistance. The theory of electrical resistance is also included and an answer booklet is provided.

A booklet that covers the main factors in the topic Electrodynamics. this includes Flemings Laws and AC and DC power. With extra slides on the RMS of voltage and power production.

This lesson will show the students how objects move in various conditions. With questions on collisions and power, with explanations of why examiners want the answers written in specific ways.

This lessons covers the idea of resistance in a circuit is measured. The equations are explained clearly and step by step so students understand what is required from them in exams.

This lesson covers the idea of work done. Lesson shows the way we define work and energy. Questions of work done at an angle are also included.

This lesson covers various electrical topic questions. Including calculating amps and the RMS of a circuit. Questions on circuit are also included.

A lesson that introduces the idea of elastic and inelastic collisions. Definitions of both are given. Calculations to show which type of collision has actually occurred is also shown.

A short fifty mark test covering the idea of motion and the use of SUVAT equations. Aimed at Year 10, this test can also be used as a revision question session.

This lesson covers the basic ideas in how we read and analyse the structure of a graph. It pays particular attention to the idea of a Graph of motion and uses the SUVAT equations in the answering of questions.

The lesson will cover the idea behind motion and result momentum. This will include exam style questions on vectors, motion and momentum with full explanations.

EMF and internal resistance is covered in this lesson. It will give the pupil an understanding of how we can calculate the EMF of a circuit. The lesson looks at the idea of ‘lost volts’ in a circuit and what internal resistance is and how it can be measured.