Fossil Fuels, Formation of Fossil Fuels, Global Warming, Power Stations, Energy Changes in Power Station, Renewable Energy Sources and Table for Research Task. This resource is designed for use with Cambridge IGCSE Physics, but could be used for any Physics course.

Conduction, Convection, Radiation, Heat Transfer from a house, Home Insulation, Double Glazing, Loft Insulation and Pay-Back Time. This resource is designed for use with Cambridge IGCSE Physics, but could be used with any Physics Course.

Sine Rule, Cosine Rule and Examples of each. This resource was designed to be used with Cambridge IGCE Physics, but could be used with any Physics course.

UVAST equations, v/t graph, Derivation of all UVAST equations and how to solve UVAST problems. This resource was designed to be used with Cambridge AS Level Physics, though could be used with any Physics course.

Vectors, Scalars, Trigonometry, Resolving vectors, Adding perpendicular vectors, Adding non-perpendicular vectors, Using sine rule, Using cosine rule and adding multiple vectors. This resource was designed to be used with Cambridge IGCE Physics, but it could be used with any Physics course.

Kinetic Energy, Equation for KE, KE changes down a ramp, Rearranging the formula, and Practical Investigation. This resource was designed for use with Cambridge IGCSE Physics, but can be used with any Physics course.

Purpose of Transformer, Structure, Simple Transformer, Changing Magnetic Field, Energy Changes, Step up, Step down, Formula and Example Calculations. This resource has been designed for use with Cambridge IGCSE Physics, but could be used for any Physics course.

Principle of Moments, Conditions of Equilibrium, Centre of Mass, Examples of problems (bridges and ladders). This resources is designed to be used with Cambridge AS Level Physics, but could be used with any Physics course.

Acceleration, equation, Velocity-Time graph, gradient and area, and measuring acceleration. This resource was designed to be used with Cambridge IGCE Physics, but could be used with any Physics course.

Friction, Useful or Nuisance, Bicycle, Balanced and unbalanced force, reducing friction and increasing friction. This resource is suitable for all high school physics courses.

What is Potential Energy, Equation, Units, Examples of situations with GPE, Storing GPE, Comparison of GPE, Practical table, Examples. This resource is designed for use with the Cambridge IGCSE Physics course, but could be use with any Physics course.

Definition, Formula, Examples, Calculations, and Practical Activity. This presentation has been designed for GCSE Physics but could be used for any Physics course.

What are atoms, structure of atoms, charges of sub atomic particles, isotopes, plum pudding model, nuclear model, mass number and atomic number. This resource was designed for AQA GCSE Physics but could be used for any Physics course.

The resource combines a bit of Christmas with the following physics topics; acceleration, vector addition of forces, Newton's third law, air resistance, distance-time graphs, velocity-time graphs, parachutes, resultant forces and Newton's second law.

Power, Work Done, Gravitational Potential Energy, Kinetic Energy, GPE to KE conversion, Specific Heat Capacity, Home Insulation and Payback Time, and Efficiency.

An introduction to plastics and polymers written for a Year 9 introductory GCSE Chemistry course

A series of powerpoint presentations covering the following; The Earth, Seasons, The Moon, Gravity, Solar System, The Night Sky, Scale of the Universe, Space Travel and Changing Ideas

The facts about the harms of smoking tobacco (particularly the link to lung cancer), the benefits of quitting and how to access support to do so. The harmful chemicals in tobacco and addictive nature of nicotine.

The physical and psychological risks associated with alcohol consumption and what constitutes low risk consumption in adulthood. Physical and psychological consequences of addiction including alcohol dependency.

This resource is designed for the Turning Points in Physics topic in AQA GCE Physics. It is the second lesson in the series and describes how the specific charge of an electron can be determined in the school laboratory with deflection methods using a fine beam tube. The resource then describes Millikan’s determination of the electron charge with his oil drop experiment.