ENERGY LESSON PLAN PPT. FOR HIGHER EDUCATION.
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ENERGY LESSON PLAN PPT. FOR HIGHER EDUCATION.
- 1. LESSON PLAN CLASS: 9 SUBJECT: PHYSICS TOPIC : ENERGY
- 3. APPLICATION Student‘ s will be able to Describe 7 forms of ENERGY with one example each 1
- 4. COMPREHENSION Students will be able to explain the process by which energy is convered from one form to another with the help of diagram. 2
- 5. APPLICATION Students will be able to solve the problem of inter-conversion of energy by using E =mc2 for given value of energy. 3
- 6. ANALYSIS Student will be able to distinguish between potential energy and kinetic energy by deriving their formula 4
- 7. SYNTHESIS Students will be able to construct a block diagram of electricity generation process from fossil fuel input to electricity output. 5
- 8. EVALUATION Students will be able to judge the steady state system (filament lamp, power station, vehicle) by energy flow diagram travelling at constant speed on a level road. 6
- 9. “ CONTENT TO BE TAUGHT Seven forms of energy. Inter-conversion of energy. Mass – energy equation. Flow diagram of energy converter.
- 10. “ Audio – Visual Aids: Teacher will show a charts on which inter-conversion of energy diagram will be drawn. Use white board
- 11. “ Methodology ￮ For lower order thinking: • Lecture Method. • Deductive Method. ￮ For higher order thinking: • Inductive method • Problem solving method
- 12. “ Pervious knowledge: • • 1:What is energy? • 2:How many sources of energy do you know?
- 13. “ Announcement of the topic: Today, students we are going to learn about a very interesting topic that is “ ENERGY”
- 14. PRESENTATION: Teacher will define energy and describe its seven form each with example.
- 15. Energy: Energy is the ability to do work There are seven forms of energy: • Mechanical Energy • Heat Energy • Light energy • Sound Energy • Electrical Energy • Chemical Energy • Nuclear Energy
- 16. Diagram of interconversion of energy:
- 17. Mass-Energy Equation: Einstein predicted, the interconversion of matter and energy. The relation between mass m and energy E is given by Einstein’s mass-energy relation E =mc2 Where ‘m’ is the mass, and ‘c’ is the speed of light I.E c = 3x108 m/s
- 18. Motivational Strategy: Teacher will appreciate and give rewards to the students who will respond.
- 19. Evaluation: For lower order thinking: • What are the seven forms of energy? • What are the sources of energy? • What is Einstein’s Energy-Mass equation? For Higher order thinking: • How interconversion of energy take place in our daily life? • How fossil fuels are used in heating houses and running industry and transport?
- 20. Homework: 1.Energy exists in various forms. Write the names of different forms of energy. 2.Describe the formula of kinetic energy and potential energy. 3.What are the sources of energy?