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Unit 1 Fundamentals of Science 1.3 Energy For all

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Presentation on theme: "Unit 1 Fundamentals of Science 1.3 Energy For all"— Presentation transcript:

1 Unit 1 Fundamentals of Science 1.3 Energy For all
Energy Conversions Unit 1 Fundamentals of Science 1.3 Energy For all

2 Energy conversions P6 Describe different types of energy transfer P7 Carry out a practical investigation into the calorific value of different fuels M3 carry out a practical demonstration of a range of energy interconversions with appropriate explanations of the systems investigated D3 Evaluate the efficiencies of energy conversion systems

3 Brain Storm – How many types of energy can you think of?
Electrical Kinetic Magnetic Light Sound Heat Nuclear Gravitational Potential Chemical Potential Stretch Potential P6 Describe different types of energy transfer P7 Carry out a practical investigation into the calorific value of different fuels M3 carry out a practical demonstration of a range of energy interconversions with appropriate explanations of the systems investigated D3 Evaluate the efficiencies of energy conversion systems

4 Conservation of Energy
Energy can be converted from one type to another but never destroyed A device that converts energy from one type to another is called a machine Look at each picture and describe the change in energy P6 Describe different types of energy transfer P7 Carry out a practical investigation into the calorific value of different fuels M3 carry out a practical demonstration of a range of energy interconversions with appropriate explanations of the systems investigated D3 Evaluate the efficiencies of energy conversion systems Electrical, Kinetic, Magnetic, Light, Sound, Heat, Nuclear, Gravitational Potential, Chemical Potential, Stretch Potential.

5 P6 Describe different types of energy transfer
P7 Carry out a practical investigation into the calorific value of different fuels M3 carry out a practical demonstration of a range of energy interconversions with appropriate explanations of the systems investigated D3 Evaluate the efficiencies of energy conversion systems

6 Task 1 Design a poster with images to show as many different types of energy transfer as possible and their applications P6 Describe different types of energy transfer P6 Describe different types of energy transfer P7 Carry out a practical investigation into the calorific value of different fuels M3 carry out a practical demonstration of a range of energy interconversions with appropriate explanations of the systems investigated D3 Evaluate the efficiencies of energy conversion systems Electrical, Kinetic, Magnetic, Light, Sound, Heat, Nuclear, Gravitational Potential, Chemical Potential, Stretch Potential.

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