A lesson that introduces the concept of how diffusion occurs and experimentation of the process. Pupils will investigate how diffusion can be affected by external factors.

The lesson will showcase the concept of Root mean Square. The calculation of RMS is investigated and several examples are shown. The definition of RMS is also looked at from an exam question point of view.

This lesson covers the main topics within the sphere of Electrochemistry. It reviews the chemical reactions involved and how they can be presented. The lesson shows how the Redox reaction also occurs. With sample questions on Electrode potential and the purpose of Salt Bridges.

A short test that covers the chemistry of matter, electron configuration and ionization energies. The test is out of fifty marks and has various levels of questions.

A LESSON THAT LOOKS AT HOW PARTICLES MOVE AND THEIR BEHAVIOUR IN VARIOUS STATES OF MATTER. MODELING OF THE PARTICLE THEORY IS ALSO INCLUDED IN THE LESSON.

This is a fifty mark test/investigation regarding Boyle’s Law. It can be used to supplement a practical investigation into Boyle’s law or as a stand alone test.

This lesson will cover the use of titration calculations in chemistry. This will include the use of equations involved in titration and the uses of titration in ‘real life’.

A lesson that covers the conservation of momentum. This will include how to identify correct SUVAT equations to use. The Law of Conservation of Momentum will also be looked at with example questions.

This lesson looks at the influence outside factors have on the motion of an object. Including calculating resultant forces and its equations. The idea of how friction affects motion and its relationship with Newtons second Law of motion.

This test will cover the basic ideas of stoichiometry introduced to students undertaking a chemistry course. Including moles calculations and atomic masses.

This lesson will cover the classic questions and ideas surrounding the term Work done. This will include the breakdown and analysis of how to answer exam style questions on the work done concept.

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 test of fifty marks is aimed for 11-14 age bracket science students. It comprises a selection of differing questions that are related to forces, circuits and circuit measurements.

A one hundred mark exam covering the basic ideas of motion, electric circuit and forces. The questions are geared towards the equations used in these topics and pupils will have to calculate many of the answers. Questions are leveled at age range 14-16.

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.

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.

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.

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 seventy two mark question paper, with answers; regarding geometry. The exam is set over eighteen questions and in word format.