1. Centre of Gravity (C.G) and Stability of Body
Description: Concept on C.G and stabilities of bodies.
Core Concepts: Location of C.G and stability of bodies.
2. Centre of Gravity and Stability
Description: Concept on C.G and stabilities of bodies.
Core Concepts: Relation between position of C.G and area of base of support with stability of bodies.
3. Moment of Force
Description: Concept on forces and equilibrium.
Core Concepts: Resultant force and conditions for equilibrium.
4. Balancing Act
Description: Explanation of principle of moment.
Core Concepts: Equilibrium.
5. Turning Effect of a Force
Description: Concept of couple and moment of couple.
Core Concepts: Couple.
6. Free Fall
Description: Concept of free fall.
Core Concepts: Forces on falling objects.
7. Gravity and Free Fall
Description: Explanation of free fall and terminal velocity.
Core Concepts: Forces on falling objects.
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8. Work, Power, and Energy
Description: Explanation of work, power, and energy.
Core Concepts: Work and power.
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9. Work, Power, and Efficiency
Description: Explanation of work, power, and efficiency.
Core Concepts: Energy.
10. Types of Renewable Energy
Description: Explanation of the pros and cons of seven types of renewable energy generation.
Core Concepts: Impact of power generation on environment.
11. Thrust on a Surface Area
Description: Explanation of pressure due to solids.
Core Concepts: Pressure due to solid and its applications.
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12. Pascal’s Law
Description: Explanation on concept of transmission of liquid pressure and pascal’s law.
Core Concepts: Pascal’s law.
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13. Hydraulic Jack
Description: Explanation of principle of hydraulic machine and its application.
Core Concepts: Pascal’s law.
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14. Specific Heat Capacity
Description: Explanation of heat capacity and specific heat capacity
Core Concepts: Heat capacity.
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15. Calorimeter
Description: Working and construction of calorimeter.
Core Concepts: Calorimetry.
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16. Latent Heat
Description: Explanation of latent heat of fusion and latent heat of vaporisation.
Core Concepts: Latent heat of fusion and vaporization.
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17. Electric Circuit
Description: Explanation of flow of electric charges.
Core Concepts: Electric circuit.
18. Ohm's Law
Description: Description of relation between current and voltage at constant resistance.
Core Concepts: Ohm's law.
19. Ohmic and Non ohmic Conductor
Description: Explanation on the graphs of ohmic and non-ohmic conductor.
Core Concepts: Ohmic and non-ohmic conductor.
20. Heating Effect of Current
Description: Description on the heating effect of electric current and its application.
Core Concepts: Heating effect of current.
21. Electromagnetic Induction
Description: Explanation of electromagnetic induction
Core Concepts: Electromagnetic induction.
22. Faraday’s Law
Description: Interactive simulation to explain the concept of Faraday’s law
Core Concepts: Electromagnetic induction.
23. A.C. Generator
Description: Explanation on construction and working of an A.C generator.
Core Concepts: Electromagnetic induction.
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24. Transformer
Description: Explanation on working and construction of a transformer.
Core Concepts: Electromagnetic induction.
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25. Types of Electromagnetic Waves
Description: Explanation of electromagnetic spectrum.
Core Concepts: Electromagnetic waves.
26. Communication through Waves
Description: Explanation of communication over short and long distances.
Core Concepts: Application of electromagnetic waves for communication.
27. Sound Waves
Description: Explanation of sound waves.
Core Concepts: Laws of reflection of sound waves.
28. Analogue and Digital Signal
Description: Explanation on difference between analogue and digital signal.
Core Concepts: Analogue and digital signal.
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29. Encoding and Decoding of Analogue and Digital Signals
Description: Explanation of encoding and decoding of digital and analogue signals.
Core Concepts: Encoding and decoding of signals.
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30. Structure of an Atom
Description: Description on atomic structure and its nucleus.
Core Concepts: The nuclear atom.
31. Alpha, Beta, and Gamma Radiation
Description: Demonstration of alpha, beta, and gamma decay.
Core Concepts: Radioactivity.
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32.Radioactive Substance
Description: Explanation of application and safety precautions of radioactive substances.
Core Concepts: Radioactive substance.
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33. Universal Law of Gravitation
Description: Explanation of the role of gravity on formation of the universe.
Core Concepts: Gravity and Universe.
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34. Cosmic Microwave Background (C.M.B.) and Redshift
Description: Explanation of the origin and evolution of the universe.
Core Concepts: Big Bang theory and expansion of the universe.
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35. The Origin of the Universe
Description: Explanation of the process of evolution of universe.
Core Concepts: Gravity and universe.
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36. Formation of the Solar System and Planets
Description: Explanation of Nebula Theory.
Core Concepts: Solar system and planets.
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37. Space Explorer
Description: Explanation of types of space exploration.
Core Concepts: Space exploration.
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38. Purpose of Space Exploration
Description: Exploring the possibility of human survival beyond Earth.
Core Concepts: Purpose of space exploration.
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