The Full Video List

There are a LOT of videos supporting you for your GCSE Exams. Simply click on the video title to be find it on this website (many also have extra resources like Worksheets and Quick Questions). 

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In dark grey you will also see some video titles that are not currently linked - these have been planned and will soon be filmed.

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       Maths for Physics

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• Significant Figures

• Significant Figures: Example A

• Significant Figures: Example B

• Using Standard Form

• Standard Form: Example A

• Standard Form Explained

• Standard Form and Sig Fig

• Equations in Physics

• Re-Arranging Equations

• Re-Arranging Equations: Example A

• Re-Arranging Equations: Example B

• Mathematical Symbols

• Greek Letters

• Linear Graphs and Calculating Gradients

• Calculating Gradients: Example A

• Calculating Gradients: Example B

• Tangents to a Curve

• Tangents: Example A

• Area under a Graph

• Calculating Means

• Calculating Means: Example A

• Calculating Means: Example B

• Modes and Medians

• Modes and Median: Example A

• Scale Drawing

• Scale Drawing: Example A

• Pythagoras

• Pythagoras: Example A

• Pythagoras: Example B

• Trigonometry

• Trigonometry: Example A

• Trigonometry: Example B

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       Essential Physics Skills

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• Equipment You Need for Physics

• Using a Protractor to Measure Angles

• Measuring Angles: Example

• Using a Set Square

• Quantities, Symbols and Units

• Base and Derived Units

• Prefixes

• Prefixes: Example A

• Prefixes: Example B

• Plotting Data

• Lines of Best Fit

• Anomalous Data on Graphs

• Drawing Graphs: Example A

• Drawing Graphs: Example B

• Calculators - Standard Form

• Calculators - Sin, Cos and Tan

• Calculators - Decimals and Fractions

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       Energy and Resources

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• Energy Stores

• More Energy Stores

• Types of Energy Transfer

• Dealing with Energy Stores and Transfers

• Energy Transfers for an Object Projected Upwards

• Energy Transfers for a Moving Object Hitting an Obstacle

• Energy Transfers for an Object Accelerated by A Constant Force

• Energy Transfers for a Vehicle Slowing Down

• Energy Transfers for a Kettle Heating Up Water

• Energy Transfers for a Balloon Bursting

• Kilowatt Hours

• Conservation and Wasted Energy

• Efficiency

• Sankey Diagrams

• Reducing Unwanted Energy Losses

• Kinetic Energy

• Kinetic Energy: Example A

• Kinetic Energy: Example B

• Gravitational Potential Energy

• Gravitational: Example A

• Gravitational: Example B

• Gravitational: Example C

• Elastic Potential Energy

• Elastic: Example A

• Elastic: Example B

• Specific Heat Capacity

• Specific Heat Capacity: Example A

• Specific Heat Capacity: Example B

• Power

• Power: Example A

• Power Example B

• Power of a Motor

• Convection

• Conduction

• Energy Efficient Buildings

• Payback Times

• Renewable and Non-Renewable Energy Resources

• Generating Electricity in a Power Station

• Fossil Fuel Energy Resources

• Nuclear Energy Resources

• Renewable Energy Resources - Wind

• Renewable Energy Resources - Solar

• Renewable Energy Resources - Geothermal

• Renewable Energy Resources - Tidal, Waves and Hydro-Electric

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       Electricity and Circuits

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• Circuit Symbols

• The Rope Loop Model

• Electric Charge and Current

• Conventional Current

• Charge and Current: Example A

• Charge and Current: Example B

       Electricity and Circuits

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• Potential Difference and Resistance

• Voltage and Resistance: Example A

• Voltage and Resistance: Example B

• Electromotive Force

• The Resistor

• Resistor: Example

• The Filament Lamp

• Lamp: Example A

• Lamp: Example B

• The Diode

• The LDR

• LDR: Example

• The Thermistor

• Thermistor: Example

• LDRs And Thermistors in Circuits

• VI of Resistors and Lamps

• Ohm's Law and the Cross Section of Wire

• Current and Voltage in Series Circuits

• Current and Voltage in Parallel Circuits

• Resistance of Resistor Combinations

• Calculating Resistance in Parallel

• Calculating Resistance in Parallel: Example

• Circuits: Example A

• Circuits: Example B

• Circuits: Example C

• Circuits: Example D

• Circuits: Example E

• Building Real Circuits

• The Van de Graaff Generator

• Reading an Oscilloscope

• Oscilloscope: Example

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       The Particle Model and Gases

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• Density

• Density: Example A

• Density: Example B

• The Particle Model

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       Atoms and Radioactivity

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• Building the Lego NZ Graph

• Parts of The Atom

• Representing Atoms

• Isotopes

• Representing Atoms: Example

• The Alpha Scattering Experiment

• Fusion Reactors

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       Forces and Motion

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• Scalars and Vectors

• Contact and Non-Contact Forces

• Weight

• Friction and Drag

• Normal Contact Force

• Identifying Forces: Example

• Calculating Resultant Forces

• Calculating Resultant Forces: Example A

• Calculating Resultant Forces: Example B

• Distance and Displacement

• Distance: Example

• Speed

• Calculating Speeds of Real Objects

• Speed: Example A

• Speed: Example B

• Converting from mph To m/s

• Velocity

• Velocity: Example A

• Velocity: Example B

• Acceleration

• Acceleration: Example A

• Acceleration: Example B

• Motion in A Circle

• Distance-Time Graphs

• Distance-Time Graphs: Example

• Measuring Speed from a Curved Distance-Time Graph

• Velocity-Time Graphs

• Velocity-Time Graphs: Example A

• Velocity-Time Graphs: Example B

• Vehicle Stopping Distances

• Measuring Reaction Time

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       Waves and Light

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• Transverse and Longitudinal Waves

• Wave Period and Frequency

• Waves: Example A

• Waves: Example B

• Wave Speed Equation

• Wave Speed Equation: Example A

• Wave Speed Equation: Example B

• Measuring the Speed of Sound in Air

• Measuring the Speed of Water Waves

• Doppler Effect

• Reflection

• Reflection: Example

• Interaction of Waves

• Diffraction of Waves

• Sound and the Ear

• Echo Sounding, Sonar

• Ultrasound Scanning

• Seismic Waves

• Colour Filters

• Reflection of Colour

• Colour: Example

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       Electricity and Magnetism

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• Permanent Magnets and their Fields

​      Practical Experiments

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• Specific heat capacity of solids

• Specific heat capacity of solids RESULTS

• Specific heat capacity of liquids

• Specific heat capacity of liquids RESULTS

• Effectiveness of thermal insulators

• Effectiveness of thermal insulators RESULTS

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• Resistance of a length of wire

• Resistance of a length of wire RESULTS

• Resistors in series and parallel

• Resistors in series and parallel RESULTS

• Lamps in series and parallel

• Lamps in series and parallel RESULTS

• IV characteristics of a resistor

• IV characteristics of a resistor RESULTS

• IV characteristics of a lamp

• IV characteristics of a lamp RESULTS

• IV characteristics of a diode

• IV characteristics of a diode RESULTS

• Characteristics of a wire

• Characteristics of a wire RESULTS

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• Density of regular and irregular objects

• Density of regular and irregular objects RESULTS

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• Force and extension for a spring

• Force and extension for a spring RESULTS

• Force and extension for rubber

• Force and extension for rubber RESULTS

• Ways to measure acceleration

• Investigating acceleration by varying force (constant mass)

• Investigating acceleration by varying force (constant mass) RESULTS

• Investigating acceleration by varying mass (constant force)

• Investigating acceleration by varying mass (constant force) RESULTS

​      Practical Experiments

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• Acceleration of a ball bearing down a slope

• Acceleration of a ball bearing down a slope RESULTS

• Verify the principle of moments

• Verify the principle of moments RESULTS

• Measure the power of a person and RESULTS

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• Waves on a ripple tank

• Waves on a ripple tank RESULTS

• Investigating the speed of waves

• Waves in a string

• Waves in a string RESULTS

• Refraction of light

• Refraction of light RESULTS

• Refraction of light (and calculating refractive Index) RESULTS

• Reflection of light (and RESULTS)

• Infrared radiated by a surface

• Infrared radiated by a surface RESULTS

• Infrared absorbed by a surface

• Infrared absorbed by a surface RESULTS

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• Investigating convection

• Investigating conduction

• Temperature-time graph for melting ice

• Latent heat for steam and ice

• Electromagnet investigation and RESULTS

• Investigate the magnetic field around a magnet and between two magnets

• Investigating the output of a transformer

• Terminal speed of a falling object

• Half-life of a model radioactive source

• Investigate how an insulator can be charged by friction

• Investigate the speed of sound in air

• Investigate the frequency of sound using an oscilloscope

• Investigate the penetration of different types of radiation

• Centre of mass of a 2D shape

• Trolley on a ramp

• Boyle's Law Practical

• Boyle's Law RESULTS

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​       Electricity and Circuits

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• Rectifiers

• Relays

• Digital Electronics

• Alternating Current and Domestic Mains Electricity

• Three Core Cable

• Plugs and Fuses

• Safety Devices - The Circuit Breaker

• Safety Devices - The RCCB

• Safety Devices - Earth Wires

• One and Two Way Switches

• Electrical Power in Circuits (P=VI)

• Power: Example A

• Power: Example B

• Electrical Power in Circuits (P=I2R)

• Power: Example C

• Power: Example D

• Energy Transfer in Circuits (E=QV)

• Energy Transfer in Circuits (E=IVt)

• Energy Transfer in Circuits: Example

• Power of Domestic Appliances

• The National Grid and Transformers

• Static Electricity

• Electric Fields

• Electric Field Between Parallel Plates

• Uses of Static Electricity

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       The Particle Model and Gases

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• Solids, Liquids and Gases

• Changing State and Internal Energy

• Evaporation

• Brownian Motion

• Thermal Expansion

• Thermocouples and Thermometers

• Specific Latent Heat

• Specific Latent Heat: Example A

• Specific Latent Heat: Example B

• Heating and Cooling Curves

• Pressure and Temperature of a Gas

• Pressure and Temperature Equation

• Pressure and Volume of a Gas

• Pressure and Volume of a Gas: Example A

• Pressure and Volume of a Gas: Example B

• Temperature of a Compressed Gas

• Absolute Zero and the Kelvin Scale

• pV/T

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       Atoms and Radioactivity

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• Alpha, Beta and Gamma Radiation

• Real Radioactive Sources

• Beta Plus

• Activity and Count-Rate

• Uses of Radiation

• Alpha Decay Equations

• Alpha Decay: Example

• Beta Decay Equations

• Beta Decay: Example

• Gamma Decay Equations

• Half-life of Radioisotopes

• Half-life: Example A

• Half-life: Example B

• Hazards of Radiation

• Background Radiation

• Uses of Radiation in Hospitals

• PET Scanners

• Nuclear Fission

• Fission Reactors

• Nuclear Fusion

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       Forces and Motion

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• Drawing Free Body Diagrams

• Drawing Free Body Diagrams: Example

• Resolving Forces

• Vector Diagrams

• Resolving Forces: Example A

• Resolving Forces: Example B

• Parallelogram of Forces

• Work Done

• Work Done: Example A

• Work Done: Example B

• Deformation and the Spring Constant

• Stretching Springs - The Energy Stored

• Springs: Example A

• Springs: Example B

• Moments and Equilibrium

• Moments in Equilibrium: Example A

• Moments in Equilibrium: Example B

• Forces on a Light Beam

• Levers

• Gears

• Centre of Gravity

• Pressure at a Surface

• Pressure of a Fluid

• Pressure at a Depth

       Forces and Motion

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• Pressure at a Depth: Example A

• Pressure at a Depth: Example B

• Upthrust, Floating and Sinking

• Upthrust: Example

• The Earth's Atmosphere

• Hydraulics

• v2-u2 = 2as

• v2-u2 = 2as: Example A

• v2-u2 = 2as: Example B

• Deriving v2-u2 = 2as

• x = ut + 1/2 at2

• Terminal Velocity

• Terminal Velocity Explained

• Terminal Velocity: Example

• Newton's First Law

• Newton's Second Law

• F=ma and Inertial Mass

• F=ma: Example A

• F=ma: Example B

• Newton's Third Law

• Newton's Third Law: Example

• Momentum

• Momentum: Example

• Impulse

• Momentum Calculations

• Momentum Calculations: Example A

• Momentum Calculations: Example B

• Rate of Change of Momentum

• Safety Features and Momentum

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       Waves and Light

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• The Electromagnetic Spectrum

• Radio, Micro, IR And Visible

• UV, X-Rays, Gamma and Hazards

• Communication Satellites

• Refraction

• Refraction Explained

• Refraction: Example

• Dispersion

• Total Internal Reflection

• Optical Fibres

• Endoscopy 

• Refraction Equations

• How Radios Work

• Lenses

• Ray Diagrams - Convex (Converging) Lens

• Ray Diagrams - Convex Magnifying

• Convex: Example

• Ray Diagrams - Concave (Diverging) Lens

• Concave: Example

• Magnification, Real and Virtual Images

• Magnification: Example

• How our Eyes Work

• Long and Short Sight

• Temperature and Infrared

• Temperature of The Earth

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       Electricity and Magnetism

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• Magnetic Fields around Wires and Solenoids 

• Electromagnet: Example

• The Motor Effect and Fleming's Left-Hand Rule

• Force on a Wire: Example

• Force on a Particle

• How Electric Motors Work

• How Loudspeakers Work

• The Generator Effect

• Alternators and Dynamos and Graphs

• PD Graph: Example

• How a Microphone Works

• Why Transformers Are Used

• How a Transformer Works

• The Transformer Equations

• Transformers: Example A

• Transformers: Example B

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       Stars and Space

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• Milky Way, Solar System, Planets and Moons

• Orbital Speed

• AU, Ly and Big Distances

• Lifecycle of a Star Like Our Sun

• The Lifecycle of Massive Stars

• Absolute Magnitude

• The HR Diagram

• Absorption Spectra and Elements in Stars

• Fusion in Stars

• Circular Orbits

• Red Shift and The Big Bang

• Red Shift Explained

• Exoplanets

• Dark Matter and Dark Energy

• Observing the Universe and Telescopes