1. Light, heat and electricity are all forms of MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON .

2. MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON energy is due to motion: MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON energy is due to the MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON or state of an object.

3. In a steam engine, MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON energy is obtained by burning a MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON and this energy is then changed into MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON energy.

4. Energy is not actually lost but it is changed from one form into another: energy is said to be MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON .

5. Energy is measured in MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON .

6. If a force of 8 N moves through a distance of 2 m then the energy transferred will be 16 MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON .

7. The rate at which energy is transferred is called the MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON and is measured in MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON .

8. Power can be worked out by finding out how many MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON of energy are transferred in one MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON .

9. MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON is done when one form of energy is transferred into another.

10. An energy transfer of 1000 joules per second is a power of one MOTION POSITION ENERGY WATT KILOWATT POTENTIAL WORK RATE FUEL POWER JOULE SECOND TRANSFERRED HEAT CONSERVED KINETIC NEWTON .

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