Course curriculum
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1
Welcome Information
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Online Portal Navigation
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Physics Study & Practice
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Contents
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2
1. Energy
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Kinetic Energy
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Elastic Potential Energy
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Gravitational Potential Energy
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Specific Heat Capacity
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Energy Transfers - Pendulum
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Energy Transfers - Bungee Jumper
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Work done by a force
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Calculating Power
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Efficiency
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Cooling of buildings
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Required Practical 1 - Specific Heat Capacity
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Required Practical 2 - Thermal Insulators
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Energy from Fossil Fuels
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Nuclear Power
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The UK energy mix
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Renewable sources of energy
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3
2. Electricity
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Current in Series Circuits
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Current in Parallel Circuits
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Potential difference in Series Circuits
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Potential difference in Parallel Series
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Potential difference from batteries
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Charge in Circuits
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Calculating Energy Transfer by Componenets
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Resistance
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Resistors
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Resistance of a filament lamp
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Diodes and LEDs
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Resistors in Series and Parallel
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Light - Dependent Resistors
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Thermistors
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Required Practical 3 - Resistance
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Required Practical 4 - Current - P.D. Characteristics
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Energy Transfer by Appliances
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Calculating Energy Transferred by Appliances
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Power of Components
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DC and AC Supply
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Mains Electricity
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The National Grid
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Static Electricity
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Electric Fields
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4
3. Particle Model of Matter
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Density
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Required Practical 5 - Density
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Internal Energy
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Specific Heat Capacity
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Heating and cooling graphs
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Specific Latent Heat
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Particle Motion in Gases
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Pressure in Gases
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Work done on a gas
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5
4. Atomic Structure and Radioactivity
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Atomic Structure
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Atomic and Mass numbers
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Alpha- Scattering and the Nuclear Model
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Radioactivity
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Properties in Alpha,Beta and Gamma radiation
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Nuclear Equations
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Half-Life
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Irradiation and Contamination
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Background Radiation
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Nuclear Radiation in Medicine
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Nuclear Fission and Nuclear Fusion
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6
5. Required Practicals Paper 1
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Practical 1 - Specific Heat Capacity
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Required Practical 2 - Thermal Insulators
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Required Practical 3 - Resistance
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Required Practical 4 - Current - P.D. Characteristics
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Required Practical 5 - Density
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7
6. Forces
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Scalar and Vector Quantities
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Contact and Non-Contact Forces
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Gravity and Weight
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Resultant Forces
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Vector Diagrams
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Resolving Forces
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Work Done and Energy Transfer
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Forces and Elasticity
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Required Practical 6 - Stretching a Spring
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Moments
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Balanced Moments
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Levers and Gears
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Pressure in Fluids
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Floating or Sinking
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Speed
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Velocity
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Distance-Time Graphs
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Acceleration 1
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Acceleration 2
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Newton's First Law of Motion
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Newton's Second Law of Motion
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Newton's Third Law of Motion
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Forces acting on a skydiver
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Required Practical 7 - Acceleration
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Vehicle Stopping Distance
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Force and Braking
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Momentum
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Conservation of Momentum
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Change in Momentum
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7. Waves
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Transverse and Longitudinal Waves
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Properties of Waves
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The Wave Equation
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Required Practical 8 - Waves in a Solid
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Required Practical 8 - Ripple Tank
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Reflection of Waves
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Required Practical 9 - Reflection and Refraction
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Sound Waves
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Ultrasound
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Seismic Waves
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Electromagnetic waves
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Refraction of waves
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Required Practical 10 - Infrared
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Properties of Waves 2
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Uses of EM Waves
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Convex Lenses
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Magnifying Glasses
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Concave Lenses
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Visible Light
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Black Body Radiation
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9
8. Magnetism
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Permanent and Induced Magnets
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Magnetic Fields
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Electromagnets
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Electromagnetic Devices
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The Motor Effect
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The Electric Motor
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Loudspeakers and Headphones
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The Generator Effect
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The Alternator and Dynamo
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The Microphone
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Transformers
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Transformer Calculations
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10
9. Space Physics
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The Solar System
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Lifecycle of Stars
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Orbital Motion
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Red Shift
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11
10. Required Practicals Paper 2
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Required Practical 6 - Stretching a Spring
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Required Practical 7 - Acceleration
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Required Practical 8 - Ripple Tank
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Required Practical 8 - Waves in a Solid
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Required Practical 9 - Reflection and Refraction
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Required Practical 10 - Infrared
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