This resource outlines all knowledge required relating to Atomic Structure and Radioactive Decay + half life for the AQA Combined Science specification. This resource explains and outlines; The Structure of an Atom in detail, Isotopes in detail and explanation, Development of the model of the atom, Radioactivity, Nuclear Radiation, Radioactive Decay, Alpha, Beta, Gamma, Half Life, Radioactive Contamination

This resource outlines all knowledge required relating to magnetism and electromagnetism required for the AQA Combined Science specification. This resource explains and outlines; Permanent and Induced Magnetism in detail and knowledge of magnetic forces and fields, Directing a magnetic field pattern using a compass experiment, Electromagnetism in detail and explanations including examples, Flemming’s left hand rule, Electric motors in detail,

This resource outlines all knowledge required relating to momentum and forces required for the AQA Combined Science specification. This resource explains and outlines; Conservation of momentum, Explosions and their relation to momentum, Equation and applications of equations when relating to momentum, Examples of Exam Questions and model answers,

This resource outlines all knowledge required relating to most if not all knowledge required for the AQA Combined Science specification for Paper 1 Physics, written including the higher spec points. This resource explains and outlines; Wiring a plug and mains electricity, Energy Transfers in Everyday appliances, How length of wire affects resistance practical experiment, All Electrical equations and explanations, Atoms and Isotopes, Mass Number, Atomic Notation and Isotopes, Atoms and Nuclear Radiation, Radioactive Decay and Half life, Renewable and Non-Renewable fuels + Environmental Effects, Changes in Energy, Energy stores and Systems, Energy Changes in Systems and Internal Energy, Thermal Conductivity and Insulators , Gravity and Gravitational potential energy, Elasticity and Elastic Potential Energy,

This resource outlines all knowledge required relating to types of waves and their properties. This revisions resource also contains equations and experiments measuring waves in ripple tanks required for the AQA Combined Science specification. This resource explains and outlines; Transverse and Longitudinal Waves, Types of Waves, Parts of a wave in detail and explanation+definitions, Equations for calculating wave speed, Measuring speed of sound in air and water, Measuring waves in ripple tank detailed experiment required practical, Measuring waves in a solid required experiment, Electromagnetic Waves in detail and explanations and outlining of their properties in great detail, Uses and applications of electromagnetic waves

This resource outlines all knowledge required relating to electricity and Circuitry required for the AQA Combined Science specification. This resource explains and outlines; Circuit Symbols in detail, Electric Charge and current explanations in detail, Types of circuits, Ammeters and Voltmeters, Current, Resistance and Potential Difference, Calculating Current, Resistance and PD, Resistors and graph diagrams for ohmic conductors, LDR’s and diodes, Series and parallel circuits explanations, Components in series, Components in Parallel,

This resource outlines all knowledge required relating to forces, stopping breaking and thinking distance including what effects reaction time and stopping distance required for the AQA Combined Science specification. This resource explains and outlines; Stopping Distance and how to calculate, Thinking Distance, Breaking Distance, Speed effect on Breaking Distance, Equations, Drivers reaction time affected by… diagram

This resource outlines all knowledge required relating to Hooke’s law and Spring constant, Elasticity, Work Done and energy transfer required for the AQA Combined Science specification. This resource explains and outlines; Detailed explanations and outlines of Hooke’s law, spring constant and limit of proportionality, Equation for elasticity and applications, Calculating Elastic Potential Energy, Work Done and Energy Transfer, Equations for work done

This resource outlines all knowledge required relating to Terminal Velocity and stages of a falling object in relation to its velocity and motion required for the AQA Combined Science specification. This resource explains and outlines; What Terminal Velocity is, How objects reach terminal velocity, Velocity-time graphs, Staes of falling in a Velocity-time graph

This resource outlines all knowledge required relating to Non Contact and Contact Forces required for the AQA Combined Science specification. This resource explains and outlines; Weight and Gravity in detail, Contact and Non-Contact Forces