Edexcel GCSE Physics Paper 2

Work and Energy Transfers

• 8.1 Energy Changes in Systems Free
• 8.2 Energy Transfer Diagrams Pro
• 8.3 Closed Systems Pro
• 8.4 Ways of Changing Energy Pro
• 8.5 Work Done and Energy Transferred Pro

Work, GPE and KE Equations

• 8.6 Work Done Equation Pro
• 8.7 Energy and Work Calculations Pro
• 8.8

Power and Efficiency

• 8.11 Wasteful Mechanical Processes Pro
• 8.12 Power Definition Pro
• 8.13 Power Equation

Forces, Vectors and Diagrams

• 9.1 Object Interactions Free
• 9.2 Vectors and Scalars Pro
• 9.3 Vector Diagrams Pro
• 9.4 Free Body Force Diagrams Pro
• 9.5 Resolved Forces and Equilibrium Pro

Moments, Levers and Gears

• 9.6P Rotation Pro
• 9.7P Moment Equation Pro
• 9.8P Principle of Moments

• 9.10 Lubrication Pro

Circuits, Potential Difference and Charge

• 10.1 Atomic Structure Free
• 10.2 Circuit Diagrams Pro
• 10.3 Series vs Parallel Pro
• 10.4 Voltmeter Connection Pro
• 10.5 Potential Difference Definition Pro
• 10.6 Energy Transferred Equation Pro
• 10.7 Ammeter Connection Pro

Current, Charge and Resistance

• 10.8 Electric Current Pro
• 10.9 Charge Equation Pro
• 10.10

Resistance Calculations and Practical

• 10.13 Ohm's Law Equation Pro
• 10.14 Resistors in Series and Parallel Pro

Component Characteristics

• 10.18 V-I Characteristics Pro
• 10.19 LDR Resistance Pro
• 10.20 Thermistor Resistance

Heating Effect and Energy

• 10.22 Heating Effect Pro
• 10.23 Electrical Energy Dissipation Pro
• 10.24

Power and Energy Equations

• 10.27 Energy Transferred Equation Pro
• 10.28 Power Definition Pro
• 10.29

Mains Electricity

• 10.32 Domestic Energy Transfers Pro
• 10.33 DC vs AC Voltage Pro
• 10.34 Direct Current

Static Charge

• 11.1P Charging by Friction Free
• 11.2P Electron Transfer Pro
• 11.3P Forces Between Charges Pro
• 11.4P Electrostatic Phenomena Pro
• 11.5P Earthing Pro
• 11.6P Uses of Electrostatics Pro
• 11.7P Dangers of Sparking Pro

Electric Fields

• 11.8P Electric Field Definition Pro
• 11.9P Field Shape and Direction Pro
• 11.10P Field Concept Application

Magnets and Magnetic Fields

• 12.1 Magnetic Poles Free
• 12.2 Magnetic Materials Pro
• 12.3 Permanent and Induced Magnets Pro
• 12.4 Magnetic Field Shape Pro
• 12.5 Plotting Compasses Pro
• 12.6 Earth's Magnetism Pro

Electromagnetism

• 12.7 Magnetic Field around Conductor Pro
• 12.8 Field Strength Factors Pro
• 12.9 Solenoids

Motor Effect

• 12.10 Force on Conductor Pro
• 12.11 Magnetic Forces Interaction Pro
• 12.12 Fleming's Left-Hand Rule

Induction and Generators

• 13.1P Producing Electric Current Free
• 13.2 Factors Affecting Induction Pro
• 13.3P Alternators and Dynamos Pro
• 13.4P Microphones and Loudspeakers Pro

Transformers and the Grid

• 13.5 Transformer Induction Pro
• 13.6 Transformer Voltage Pro
• 13.7P

States of Matter and Density

• 14.1 Kinetic Theory Model Free
• 14.2 Density Equation Pro
• 14.3 Core Practical: Densities Pro
• 14.4 Density Differences Pro
• 14.5 Physical Changes Pro

Heat, Specific Heat and Latent Heat

• 14.6 Heating a System Pro
• 14.7 SHC and SLH Definitions Pro
• 14.8

Gas Laws and Pressure

• 14.12 Gas Pressure Pro
• 14.13 Temperature and Pressure Pro
• 14.14 Absolute Zero

Springs and Elasticity

• 15.1 Forces for Stretching/Bending Free
• 15.2 Elastic vs Inelastic Distortion Pro
• 15.3 Spring Constant Equation Pro
• 15.4 Work Done in Stretching Equation Pro
• 15.5 Linear vs Non-linear Extension Pro
• 15.6 Core Practical: Spring Extension Pro

Pressure in Fluids

• 15.7P Atmospheric Pressure Pro
• 15.8P Pressure in a Fluid Pro
• 15.9P Force Normal to Surface

Upthrust

• 15.15P Upthrust Pro
• 15.16P Upthrust and Displacement Pro
• 15.17P Floating and Sinking