Vector & Scalar Quantities Revision Notes, Past Papers & Questions for GCSE Edexcel Physics: Combined Science

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GCSE Edexcel Physics: Combined Science Vector & Scalar Quantities Past Papers & Study
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GCSE Edexcel Physics: Combined Science Vector & Scalar Quantities Revision Notes

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GCSE Edexcel Physics: Combined Science Vector & Scalar Quantities Revision Notes
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Energy Changes in a System

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Internal Energy & Energy Transfers

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Particle Model & Pressure

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Atoms & Isotopes

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Atoms & Nuclear Radiation

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Forces & their Interactions

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Work Done & Energy Transfer

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Describing Motion

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Magnetism, Magnetic Forces & Fields

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1.2 National & Global Energy Resources

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2.1 Current, Potential Difference & Resistance

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2.2 Series & Parallel Circuits

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2.3 Energy Transfers

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3.1 Changes of State & the Particle Model

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3.2 Internal Energy & Energy Transfers

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3.3 Particle Model & Pressure

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4.1 Atoms & Isotopes

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4.2 Atoms & Nuclear Radiation

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5.1 Forces & their Interactions

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5.3 Forces & Elasticity

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5.4 Describing Motion

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5.5 Newton's Laws of Motion

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6.1 Waves in Air, Fluids & Solids

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Energy Transfers & Systems

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Work done

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Power

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Resultant Forces

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Contact & Non-Contact Forces

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Forces & vector diagrams

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Circuit symbols

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Current

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Potential difference & resistance

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Core practical: Electrical circuits

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Circuit devices & IV Graphs

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Series & parallel circuits

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Energy in circuits

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Power in circuits

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Electricity in home

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Fuses & earthing

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Permanent & induced magnets

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Electromagnetic induction in transformers

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Generating & distributing electricity

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Density ρ

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States of matter

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Kinetic Theory

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Specific heat capacity

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Specific latent heat

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Volume and Pressure in Gases

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Forces & elasticity

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Investigating elasticity

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Pressure

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Conservation of energy

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Energy resources

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Speed

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Distance & Displacement

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Velocity

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Acceleration

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Distance- time graphs

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Velocity-time graphs

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Newtons First Law

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Newtons Second Law

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Newtons Third Law

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Weight and circular motion

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Investigating motion

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Momentum

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Stopping safely

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Energy stores & Transfers

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Kinetic Energy

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Efficiency

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Reducing unwanted energy transfers

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More energy resources

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Trends in energy use

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The Electromagnetic Spectrum

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Waves

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Core Practical: Measuring waves

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Wave behaviour at boundaries

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Refraction

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Sound

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Ultrasound

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Infrared & seismic waves

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Reflection

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Core practical: Investigating refraction

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Visible light & colour

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Lenses

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Lenses & ray diagrams

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Electromagnetic spectrum

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Emitting & absorbing EM radiation

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EM waves for communication

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Microwave & infrared

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Uses of EM

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The Atom

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Discovery of the atom

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Gold foil experiment - Rutherford

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Electron energy levels

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Types of radiation

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Ionisation

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Penetrating effects of radiation

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Nuclear equations

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Background radiation

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Uses of radiation

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PET scanning

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Radiotherapy

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Half-life

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Nuclear fission

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Nuclear power station

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Nuclear Fusion

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Solar system

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Microwave radiation

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1.1 Energy Changes in a System

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1.2 National & Global Energy Resources

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2.1 Current, Potential Difference & Resistance

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2.2 Series & Parallel Circuits

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2.3 Energy Transfers

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3.2 Internal Energy & Energy Transfers

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3.3 Particle Model & Pressure

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4.1 Atoms & Isotopes

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4.2 Atoms & Nuclear Radiation

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5.1 Forces & their Interactions

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5.2 Work Done & Energy Transfer

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5.3 Forces & Elasticity

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5.4 Describing Motion

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5.5 Newton's Laws of Motion

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5.6 Stopping Distances

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5.7 Momentum

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6.1 Waves in Air, Fluids & Solids

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6.2 Electromagnetic Waves

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7.1 Permanent & Induced Magnetism, Magnetic Forces & Fields

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7.2 The Motor Effect

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