Scalar and Vector Quantities
Contact and Non Contact Forces
Describing interactions of forces and objects
Gravity
Measuring Weight
Calculating Weight
Resultant Forces
Free body diagrams
Free body diagrams part 2
Resolving Forces
Forces and Equilibrium
Finding the resultant force, using the parallelogram rule
Finding the resultant force, using the parallelogram rule part 2
Work done and Forces
Forces and Elasticity
Hooke’s Law
Calculating Spring Constant
Using Force-extension graphs
Linear and Non linear force extension graphs
Work done and elastic potential energy
Energy stores and systems notes and questions
Real life energy transfers
Kinetic energy
Gravitational potential energy
Elastic Potential energy
Changes in energy, Specific heat capacity
Power
Conservation of Energy
Work done
Conduction
Wasted energy transfers
Efficiency
Energy Resources
Wind and Solar
Coal, Oil and Natural Gas
Nuclear Power
Biofuels
Hydroelectric, Wave and Tidal
Circuit Symbols
Electric Current and Charge
Potential difference, Current and Resistance
Resistors
Thermistors and Light Dependent Resistors
Series Circuit
Parallel Circuits
Series Circuit Calculations
Parallel Circuit Calculations
Alternating and Direct Electrical Circuits
Mains Electricity
Earth wire
Fuses
Electrical Power
Energy Transfer in Circuits
Power of Appliances
National Grid
Static Charge
Static Electricity
Static Electricity and Forces
Static Electricity and Sparking
Electric Fields
Electric Fields and Objects
Density
Measuring Density
States of Matter
Changes of state
Internal Energy
Specific Heat Capacity
Latent Heat
Specific Latent Heat
Heating and Cooling Curves
Specific heat capacity compared to Specific latent heat
Motion of gas particles
Gas Pressure and Volume
Doing work on gases
Structure of the Atom
Absorption and Emission of EM Radiation
Mass Number and Atomic Number
Isotopes
Ionisation
JJ Thomson and Plum pudding model
Ernest Rutherford and the Nuclear Model
Niels Bohr changing the Nuclear Model
Discovering the Proton and Neutron
Radioactive Decay
Measuring radiation from radioactivity
Radiation types and properties
Random nature of radioactive decay
Half life
Half life calculations
Radioactive contamination or irradiation
Hazards of contamination and irradiation
Studies on the effects of radiation on humans
Background Radiation
Different half lives of radioactive isotopes
Uses of nuclear radiation
Nuclear Fission
Nuclear Fission Chain Reaction
Writing nuclear fission equations
Drawing and interpreting nuclear fission diagrams
Nuclear Fusion
Introduction to moments
Levers
Balancing Moments
Balancing Moments made more complex
Gears
Gears and Moments
Pressure acting on a surface
Pressure at the surface of a fluid
Pressure due to a column of liquid
Explaining pressure in a column of liquid
Upthrust
Atmospheric Pressure
Distance and Displacement
Speed
Calculating Speed
Velocity
Distance-time graphs
Acceleration
Velocity time graphs and acceleration
Velocity time graphs and acceleration curved lines
Velocity time graphs and calculating acceleration
Velocity time graphs and distance travelled
Equation of Motion
Falling Objects
Terminal Velocity
Newton’s 1st Law
Newton’s 2nd Law
Newton’s 3rd law
Stopping distances
Reaction time
Braking distance
Momentum
Conservation of Momentum
Types of Collisions
Changes to Momentum
Designing Safety Features
Transverse Waves
Longitudinal Waves
Comparing Transverse and Longitudinal waves
Evidence for Waves
Characteristics of Waves
Measuring the speed of sound in air
Measuring the speed of ripples on the surface of the water
Changes to Sound Waves
Reflection of Waves
Reflection, Transmission and Absorption of Waves
Sound Waves
Sound Waves and the Ear
Using Waves to explore structures
Using Ultrasound Waves for medicine
Using Ultrasound for industrial imaging
Seismic Waves
Using Echo sounding
Introduction to Electromagnetic Waves
Electromagnetic Waves Transferring Energy
Electromagnetic waves interacting with matter
Building ray diagrams for refraction
Using wave front diagrams to explain refraction
Radio waves and oscillations
Changes to atoms and electromagnetic waves
Harmful Electromagnetic Waves
Uses for Electromagnetic waves
Lenses
Power of Lenses
Real and Virtual images
Drawing ray diagrams for a concave lens
Drawing Ray Diagram to produce a virtual image for a convex lens
Drawing ray diagram to produce a real image for a convex lens.
Magnification and lenses
Visible Light
Specular and Diffuse Reflection
Colours of White Light
Coloured Filters
Seeing Coloured Objects
Seeing Coloured Objects Part 2
Viewing objects through coloured filters
Transparent, Translucent and Opaque
Understanding Black body radiation
Perfect Black Body
Temperature of Bodies
Temperature of the Earth
Accordion Content