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Acceleration
2 pages on what it is and how to calculate it
* Background information on energy
Including sources of energy, energy conversion, and different forms of energy
* Balancing moments
How turning effects can be balanced
* Braking energy
How much force is needed to slow down a car
* Calculating speed or velocity
Equations to do with how to measure them
* Causing acceleration
How a force can move an object
* Chemical energy
4 pages on chemical energy transfer including how an engine works
* Circulatory motion and planetary motion
Learning about centripetal force, universal gravitation and how planets move around the sun
* Deceleration
When velocity is negative
* Devices and energy transfer
Learning about what certain devices change energy into
* Different types of acceleration
Learning about uniform, instantaneous and positive and negative acceleration
* Displacement
Distance moved in a given direction
* Distance time graphs
How to analyse what these graphs mean and look like
* Distance, speed and velocity
How they are measured, and equations to do with them
* Distance-time graphs and velocity-time graphs
8 pages on how to calculate these graphs and what they mean
* Energy and power
Learning that power is the rate of transfer of energy
* Energy and watts
Learning about the quantity of energy used
* Energy calculations
Click on the links on the right to learn about kinetic energy, gravitational potential energy, and efficiency
* Energy conversion and conservation
Learning how energy can be changed from one form into another
* Energy conversion: fuel energy
Learning about how non-renewable fuels can create electricity
* Energy conversion: Geothermal energy
Learning how heat can create power
* Energy conversion: Hydropower
How water can create electricity like at Kariba Dam
* Energy conversion: Nuclear energy
Learning how nuclear energy can give us electricity
* Energy conversion: Solar energy
Learning how light from the sun can create energy
* Energy conversion: Wind energy
Learning how wind power can create electricity
* Energy efficiency
How well a device can transfer energy into the form we need
* Energy sources
All about the different types of renewable and non-renewable energy
* Energy transfer and
Learning about how to calculate how much energy has been transferred
* Energy transfers
Click on the links on the right to learn about convection, conduction and radiation, types of energy, non-renewable sources of energy, and alternative energy sources
* Equations for energy transfer
All calculations involved in working out energy transfer
* Equations for general chemistry
Learning the calculations for forces and motion in chemistry
* Equations of motion
Learning all the calculations to do with motion
* Everything to do with motion and speed
Scalars and vectors, speed, velocity and acceleration, and all about motion tests and graphs to measure speed
* Examples of motion
Learning about motion and the application of Newton's laws
* Factsheet on energy resources and energy transfer
Learn all about energy
* Factsheet on everything to do with forces and motion
Learn about forces and motion
* Forces, movement and pressure
Click on the links on the right to learn about what forces can do, Newton's laws, behaviour of solids, and pressure
* Friction
4 pages on what friction is, how it affects objects, and how it can be a good or bad thing
* Heat and energy transfer
18 pages on how heat energy can be transferred through convection, conduction and radiation
* Joules
Learning what energy is measured in
* Kinetic energy
4 pages on objects that move and therefore produce energy
* Mass and weight
Learning the difference between the two
* Mass, weight and gravity
what they are and how they're measured
* Mechanical advantage and velocity ratio in simple machines
Calculations involved in the efficiency of the 6 main simple machines
* Moments
The turning effect of a force
* Momentum and its conservation
What momentum is and how to measure it
* More equations to use
More important equations
* Newton's laws
Learning about Newton's 3 laws of motion, and what they mean
* Newton's laws of motion
5 pages on what each of the laws are
* physics equations
10 of the most important equations for physics
* Potential energy
2 pages on how potential energy can be either elastic or gravitational
* Power and energy in energy transfer
Learning about how power and energy are calculated
* Questions on energy transfer
A lot of questions to help you learn all to do with this subject
* Questions on forces and motion
Testing your knowledge on speed, distance and velocity, forces, stopping distances and friction
* Simple machines and their efficiency
Learn about the 6 main simple machines and how they work
* Speed time graphs
How to analyse what these graphs mean and look like
* Speed, distance and time
How all these three things are related
* Stopping distance and time
Learning how long it takes to slow down in a car
* Stopping distance of a car
5 pages on the stopping distance of a car, including what the braking distance is
* Test on energy and its transfer
Quiz on energy
* Test on energy calculations
Tests on kinetic and potential energy
* Test on energy transfers
Questions about energy, sources of energy and how it travels
* Test on forces and motion
Quiz on forces and motion
* Test on forces, movement and pressure
Lots of tests on forces, acceleration, velocity, velocity time graphs and speed
* Vectors
Also learning about projectile motion
* What is acceleration?
Learning that it isn't simply something speeding up
* What is energy efficiency?
How much of the energy used is useful
* What is energy transfer?
Learning about how energy can change into another form
* What is energy?
Something that enables physical work to be done
* What is kinetic energy?
The energy a body has because its moving
* What is potential energy
Energy that has the potential to do work
* What is the difference between mass and weight?
Learning that they are different due to gravity
* Words for energy
Glossary of words related to energy
* Words for forces and motion
Glossary of words related to forces and motion
* Work, energy and power
Learning about different types of energy and their connection to internal and external forces

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