1. Distance, Displacement, Speed, and Velocity
Description: Explanation of the concept of distance, displacement, speed, and velocity.
Core Concepts: Forces and acceleration: Distance, displacement, speed, and velocity.
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- Video on distance, displacement, speed and velocity
- Video on distance and displacement
- Quiz on distance and displacement
- Quiz on distance and displacement
- Quiz on velocity and speed
- Web page on distance and displacement
- Web page on differences between speed and velocity
- Activity on distance and displacement.
- Web page on the list of physics app
- Apps for distance measurement (Mobile Application)
2. Velocity
Description: Explanation of velocity and calculations related to velocity.
Core Concepts: Forces and acceleration: Velocity and its calculation.
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3. Acceleration
Description: Explanation of acceleration, mathematical representation, and calculation related to acceleration.
Core Concepts: Forces and acceleration: Acceleration and its calculation.
4. Distance Time Graph and Velocity Time Graph
Description: Interpretation of distance-time graph and velocity-time graph.
Core Concepts: Forces and acceleration: Graphical representation of distance-time graph and velocity-time graph
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5. Balanced and unbalanced force
Description: Interactive simulation on the concept of balance, unbalanced, and resultant forces.
Core Concepts: Balanced and unbalanced forces.
6. Momentum
Description: Concept of forces and momentum, mathematical representation, and application.
Core Concepts: Momentum of a body.
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7. Equations of Motion
Description: Explanation of equations of linear motion.
Core Concepts: Equations of linear motion.
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8. Equations of Motion
Description: Derivation and application of equations of motion.
Core Concepts: Equations of linear motion.
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9. Newton’s First Law of Motion: Mass and Inertia.
Description: Explanation of the concept of law of inertia and its application.
Core Concepts: Newton’s first law of motion.
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10. Newton’s First Law of Motion
Description: Explanation of Newton’s first law of motion.
Core Concepts: Newton’s first law of motion.
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11. Newton’s Second Law of Motion
Description: The concept, practical demonstration, calculation, and experimental verification of Newton’s second law of motion .
Core Concepts: Newton’s second law of motion.
12. Verification of Newton’s Second Law
Description: Interactive simulation to verify Newton’s second law of motion.
Core Concepts: Newton’s second law of motion.
13. Newton's Third Law of Motion
Description: Explanation of the Newton’s third law of motion.
Core Concepts: Newton’s third law of motion.
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14. Construction of a High Speed Water Boat using DC Motor
Description: Procedures on construction of a water boat using a DC motor based on Newton's third of motion .
Core Concepts: Newton’s third law of motion.
15. Liquid Pressure
Description: Interactive simulation to explain the factors affecting liquid pressure.
Core Concepts: Pressure inside a liquid.
16. Buoyancy
Description: Explanation on the concept of buoyancy.
Core Concepts: Buoyant force: Up thrust.
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17. Archimedes’ Principle
Description: Explanation of Archimedes principle.
Core Concepts: Buoyant force: Archimedes' principle.
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18. Archimedes’ Principle
Description: Explanation, verification and application of Archimedes’ principle.
Core Concepts: Buoyant force: Archimedes' principle.
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19. Relative Density
Description: Explanation of relative density.
Core Concepts: Buoyant force: Archimedes' principle.
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20. Verification of Archimedes’ Principle
Description: Interactive simulation to verify Archimedes' principle.
Core Concepts: Buoyant force: Archimedes' principle.
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21. Conversion of temperature (Celsius, Fahrenheit and Kelvin)
Description: Method to convert the temperature from Celsius to Fahrenheit and kelvin scale.
Core Concepts: Heat and Temperature: Measurement of temperature.
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22. Thermal Insulation
Description: Explanation of basic concepts on thermal insulation.
Core Concepts: Energy transfer: Thermal insulation.
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23. Specific Heat Capacity
Description: The video contains the concept, formula of heat gained/lost and applications of specific heat capacity.
Core Concepts: Energy transfer: Specific heat capacity.
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24. Specific Heat Capacity
Description: Explanation of specific heat capacity.
Core Concepts: Energy transfer: Specific heat capacity.
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25. Latent Heat
Description: Explanation of latent heat of fusion and latent heat of vaporization, examples and applications.
Core Concepts: Energy transfer: Latent heat.
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26. Circuit Construction Kits
Description: Interactive simulation to construct a circuit to demonstrate direction of flow of charge and conventional current.
Core Concepts: Electric current.
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27. Circuit Construction Kits
Description: Interactive simulation to construct a circuit using ac and dc source to study their properties graphically.
Core Concepts: Alternating current and direct current.
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28. Alternating Current (AC) and Direct Current (DC)
Description: Explanation of differences between AC and DC with graphical representation.
Core Concepts: Alternating current and direct current.
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29. Faraday’s Law
Description: Interactive simulation on demonstration of Faraday’s law of electromagnetic induction.
Core Concepts: Electromagnetic induction.
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30. Electromagnetic Induction
Description: Explanation and demonstration of electromagnetic induction.
Core Concepts: Electromagnetic induction.
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31. Lenz's Law
Description: Demonstration on Lenz’s Law.
Core Concepts: Electromagnetic induction.
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32. The Lorentz Force
Description: Demonstration on Lorentz force.
Core Concepts: Electromagnetic induction and D.C motor.
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33. Simple Electric Motor
Description: Procedure to o build a simple D.C motor based on the concept of electromagnetic induction.
Core Concepts: Electromagnetic induction and D.C motor.
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34. Bending of Light
Description: Interactive simulation to show the bending of light when it travels from one medium to the other by altering the angle of incidence.
Core Concepts: Refraction of light.
35. Refraction of Light
Description: This video contains the concepts and demonstration on refraction of light.
Core Concepts: Refraction of light.
36. Laws of Refraction of Light
Description: Explanation of laws of refraction of light and the refractive index.
Core Concepts: Refraction of light.
37. Total Internal Reflection - Critical Angle
Description: Explanation of critical angle and total internal reflection.
Core Concepts: Total internal reflection.
38. Total Internal Reflection
Description: Demonstration of total internal reflection using a water tank.
Core Concepts: Total internal reflection.
39. Mirage (Optical Illusion)
Description: Formation of optical illusion in desert.
Core Concepts: Total internal reflection.
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40. Effects of Total Internal Reflection
Description: Natural consequences and effects of total internal reflection.
Core Concepts: Total internal reflection.
41. Types of Waves
Description: Explanation of different types of waves.
Core Concepts: Types of waves.
42. Characteristics of waves
Description: Explanation of terms used to describe waves (frequency, amplitude, time period, wavelength, and wave velocity).
Core Concepts: Characteristics of waves.
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43. Longitudinal and Transverse Waves
Description: Interactive simulation to demonstrate longitudinal and transverse waves.
Core Concepts: Characteristics of waves.
44. Wave on a String
Description: Interactive simulation to demonstrate using a waves.
Core Concepts: Characteristics of waves.
45. Ultrasound
Description: Explanation on working of ultrasound.
Core Concepts: Uses of wave.
46. SONAR
Description: Explanation of working of sonar.
Core Concepts: Uses of wave.
47. Radar and Doppler Effect
Description: Explanation on working of RADAR.
Core Concepts: Uses of wave.
48. Nuclear Atom
Description: Describe the composition of the nucleus, in terms of protons and neutrons and represent radioactive elements using nuclide notation.
Core Concepts: Nuclear composition, protons and neutrons, proton number, nucleon number, nuclide notation.
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49. Astronomical units
Description: Explain the components and basic operation of different types of telescopes and design a prototype of a telescope.
Core Concepts: concept, components, types and construction of telescope
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50. Relative Position of moon
Description: Explanation of relative position of moon.
Core Concepts: Physical and chemical properties of the Moon and its environment.
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