 Physics 12

Physics 12 videos According to Higher Secondary Education Board (HSEB), Nepal Designed for +2 Students.

Intermediate 4 (1 Reviews ) 81 Students enrolled
Last updated Mon, 24-Jan-2022 Nepali
What will I learn?
• After the completion of this course students will get the complete knowledge of Class 12 Physics.

Curriculum for this course
199 Lessons 29:00 Minutes
Unit-1. Mechanics
83 Lessons 13:27 Minutes
Chapter 1- Rotational Dynamics
• 1. Rigid Bodies 06 Minutes Free
• 2. Equations of Angular Motion 08 Minutes
• 3. Equations of Rotational Motion Continued 09 Minutes
• 4. Rotational Kinetic Energy 13 Minutes
• 5. Kinetic Energy of a Rolling Body 13 Minutes
• 6. Moment of Inertia 12 Minutes
• 7. Radius of Gyration 11 Minutes
• 8. Theorem of Parallel Axes 15 Minutes
• 9. Theorem of Perpendicular Axes 11 Minutes
• 10. Moment of Inertia of a Thin Uniform Rod 15 Minutes
• 11. Calculation of Moment of Inertia of Thin Circular Ring 14 Minutes
• 12. Calculation of Moment of Inertia of Thin Circular Disc 16 Minutes
• 13. Torque 14 Minutes
• 14. Relation Between Torque and Moment of Inertia 11 Minutes
• 15. Work and Power in Rotational Motion 06 Minutes
• 16. Angular Momentum 09 Minutes
• 17. Relation Between Angular Momentum and Moment of Inertia 05 Minutes
• 18. Relation Between Angular Momentum and Torque 04 Minutes
• 19. Principle of Conservation of Angular Momentum 12 Minutes
• 20. Relation Between Translational and Rotational Motion 02 Minutes
• 21. Problem 1 05 Minutes
• 22. Problem 2 09 Minutes
• 23. Problem 3 05 Minutes
• 24. Problem 4 05 Minutes
• 25. Problem 5 08 Minutes
• 26. Problem 6 16 Minutes
• 27. Problem 7 13 Minutes
Chapter 2- Periodic Motion
• 1. Simple Harmonic Equation Introduction 07 Minutes
• 2. Displacement Equation 08 Minutes
• 3. Velocity Equation 09 Minutes
• 4. Acceleration Equation 09 Minutes
• 5. Amplitude, Time Period, Frequency and Phase of a Particle in SHM 14 Minutes
• 6. Graphical Interpretation of Displacement, Velocity and Acceleration in SHM 09 Minutes
• 7. Energy in SHM 25 Minutes
• 8. Vibration of a Particle in Horizontal Spring 07 Minutes
• 9. Application of Simple Harmonic Motion 05 Minutes
• 10. Vibration of a Particle in Vertical Spring 21 Minutes
• 11. Second's Pendulum and Drawbacks of Simple Pendulum 08 Minutes
• 12. Angular Simple Harmonic Motion 08 Minutes
• 13. Free Oscillation and Damped Oscillation 04 Minutes
• 14. Forced Vibration and Resonant Vibration 05 Minutes
• 15. Problem 1 08 Minutes
• 16. Problem 2 10 Minutes
• 17. Problem 3 09 Minutes
• 18. Problem 4 11 Minutes
• 19. Problem 5 11 Minutes
• 20. Problem 6 04 Minutes
Chapter 3- Fluid Statics
• 1. Pascal's Law 11 Minutes
• 2. Archimedes' Law 11 Minutes
• 3. Pressure in a Liquid 04 Minutes
• 4. Upthrust and Laws of Floatation 12 Minutes
• 5. Equilibrium of Floating Bodies 08 Minutes
• 6. Surface Tension 09 Minutes
• 7. Some Examples of Surface Tension 05 Minutes
• 8. Surface Energy 05 Minutes
• 9. Relation Between Surface Energy and Surface Tension 04 Minutes
• 10. Excess Pressure on Curved Surface of a Liquid 03 Minutes
• 11. Excess Pressure Inside a Liquid Drop 12 Minutes
• 12. Shape of Liquid Surface 05 Minutes
• 13. Angle of Contact 03 Minutes
• 14. Capillarity 08 Minutes
• 15. Measurement of Surface Tension by Capillary Rise Method 17 Minutes
• 16. Newton's Law of Viscosity 15 Minutes
• 17. Units of Coefficient of Viscosity 09 Minutes
• 18. Types of Flow 06 Minutes
• 19. Critical Velocity and Reynold's Number 12 Minutes
• 20. Poiseuille's Formula 12 Minutes
• 21. Applications of Poiseuille's Formula 07 Minutes
• 22. Stokes' Law 15 Minutes
• 23. Determination of Viscosity of a Liquid Using Stokes' Formula 08 Minutes
• 24. Equation of Continuity 07 Minutes
• 25. Energy of a Liquid 08 Minutes
• 26. Bernoulli's Theorem 16 Minutes
• 27. Applications of Bernoulli's Theorem 13 Minutes
• 28. Problem 1 06 Minutes
• 29. Problem 2 05 Minutes
• 30. Problem 3 10 Minutes
• 31. Problem 4 05 Minutes
• 32. Problem 5 11 Minutes
• 33. Problem 6 04 Minutes
• 34. Problem 7 08 Minutes
• 35. Problem 8 07 Minutes
• 36. Problem 9 09 Minutes
Chapter 4- First Law of Thermodynamics
• 1.Thermodynamic Systems and Thermal Equilibrium 08 Minutes
• 2. Work Done During Volume Change 08 Minutes
• 3. Indicator Diagram 10 Minutes
• 4. Work Done in a Cyclic Process 06 Minutes
• 5. Heat, Work and Internal Energy 08 Minutes
• 6. First Law of Thermodynamics 09 Minutes
• 7. Isothermal Process 02 Minutes
• 8. Adiabatic Process 07 Minutes
• 9. Equation for Adiabatic Process 12 Minutes
• 10. Adiabatic Equation in Terms of T and V, and T and P 08 Minutes
• 11. Work Done During an Adiabatic Process 08 Minutes
• 12. Isochoric and Isobaric Process 07 Minutes
• 13. Reversible and Irreverisible Processes 05 Minutes
• 14. Molar Heat Capacity of a Gas at Constant Volume 07 Minutes
• 15. Molar Heat Capacity of a Gas at Constant Pressure 04 Minutes
• 16. Relation Between Two Molar Specific Heat Capacities of Gas 11 Minutes
• 17. Limitations of First Law of Thermodynamics 03 Minutes
• 18. Problem 1 02 Minutes
• 19. Problem 2 07 Minutes
• 20. Problem 3 06 Minutes
• 21. Problem 4 07 Minutes
• 22. Problem 5 09 Minutes
• 23. Problem 6 07 Minutes
Chapter 5- Second Law of Thermodynamics
• 1. Statements of Second Law of Thermodynamics 10 Minutes
• 2. Hear Engines 08 Minutes
• 3. Carnot Engine 06 Minutes
• 4. Carnot's Cycle 17 Minutes
• 5. Efficiency of a Carnot's Engine 19 Minutes
• 6. Petrol Engine 10 Minutes
• 7. Otto Cycle in a P-V Diagram 06 Minutes
• 8. Efficiency of a Petrol Engine 06 Minutes
• 9. Diesel Engine 10 Minutes
• 10. Diesel Cycle in a P-V Diagram 04 Minutes
• 11. Efficiency of a Diesel Engine 05 Minutes
• 12. Refrigerator 07 Minutes
• 13. Entropy 10 Minutes
• 14. Entropy in a Cyclic Process 06 Minutes
• 15. Entropy and Second Law of Thermodynamics 11 Minutes
• 16. Kelvin Temperature Scale 05 Minutes
• 17. Problem 1 04 Minutes
• 18. Problem 2 05 Minutes
• 19. Problem 3 08 Minutes
• 20. Problem 4 05 Minutes
• 21. Problem 5 01 Minutes
• 22. Problem 6 09 Minutes
Chapter 6- Wave Motion
• 1. Wave Motion 12 Minutes
• 2. Wave Properties 10 Minutes
• 3. Equation of a Progressive Wave 13 Minutes
• 4. Demonstration of Equation of a Progressive Wave 08 Minutes
• 5. Differential Equation of a Progressive Wave 07 Minutes
• 6. Principle of Superposition 07 Minutes
• 7. Demonstration of Principle of Superposition 08 Minutes
• 8. Standing Wave 07 Minutes
• 9. Demonstration of Standing Wave 05 Minutes
• 10. Equatiion of Standing Wave 11 Minutes
• 11. Demonstration of Distance Between Nodes and Antinodes 03 Minutes
• 12. Properties of Standing Waves 06 Minutes
• 13. Problem 1 06 Minutes
• 14. Problem 2 03 Minutes
• 15. Problem 3 08 Minutes
• 16. Problem 4 05 Minutes
Chapter 7- Mechanical Waves
• 1. Velocity of Sound in Liquid and Gas 04 Minutes
• 2. Velocity of Sound in a Gas 09 Minutes
• 3. Newton's Formula for Velocity of Sound 06 Minutes
• 4. Laplace Correction 08 Minutes
• 5. Effect of Temperature on the Velocity of Sound in a Gas 05 Minutes
• 6. Effect of Pressure and Density on the Velocity of Sound in a Gas 03 Minutes
• 7. Effect of Humidity, Direction of Wind, Frequency, Wavelength and Amplitude on the Velocity of Sound in a Gas 08 Minutes
• 8. Problem 1 06 Minutes
• 9. Problem 2 04 Minutes
• 10. Problem 3 09 Minutes
• 11. Problem 4 09 Minutes
Chapter 8- Waves in Pipes and Strings
• 1. Waves is Pipes and Strings 03 Minutes
• 2. Closed Pipe 18 Minutes
• 3. Open Pipe 10 Minutes
• 4. End correction in Pipes 07 Minutes
• 5. Resonance 05 Minutes
• 6. Measurement of Velocity of Sound by Resonance Air Column Tube 10 Minutes
• 7. Velocity of Transverse Waves along a Stretched String 10 Minutes
• 8. Vibration on Strings 13 Minutes
• 9. Laws of Vibration of a Fixed String 11 Minutes
• 10. Problem 1 02 Minutes
• 11. Problem 2 02 Minutes
• 12. Problem 3 05 Minutes
• 13. Problem 4 05 Minutes
• 14. Problem 5 08 Minutes
• 15. Problem 6 07 Minutes
• 16. Demonstration 15 Minutes
Chapter 9- Acoustic Phenomena
• 1. Sound as Pressure Waves 14 Minutes
• 2. Musical Sound and Noise 06 Minutes
• 3. Characteristics of Musical Sound 10 Minutes
• 4. Intensity of Sound 17 Minutes
• 5. Intensity and Loudness of Sound 17 Minutes
• 6. Doppler Effect 07 Minutes
• 7. Change in Frequency when Source is in Motion 06 Minutes
• 8. Change in Frequency when Observer is in Motion 07 Minutes
• 9. Change in Frequency when both Source and Observer is in Motion 15 Minutes
• 10. Limitations of Doppler Effect, Shock Waves 13 Minutes
• 11. Doppler Effect in Electromagnetic Waves 06 Minutes
• 12. Applications of Doppler Effect 02 Minutes
• 13. Range of Hearing 05 Minutes
• 14. Doppler Effect Demonstration 05 Minutes
• 15. Problem 1 12 Minutes
• 16. Problem 2 11 Minutes
• 17. Problem 3 06 Minutes
• 18. Problem 4 10 Minutes
• 19. Problem 5 04 Minutes
• 20. Problem 6 08 Minutes
• 21. Problem 7 11 Minutes
Chapter 10- Nature and Propagation of Light
• 1. Nature and Sources of Light 16 Minutes
• 2. Electromagnetic Spectrum 05 Minutes
• 3. Wavefronts and its Types 06 Minutes
• 4. Demonstration of Wavefronts 10 Minutes
• 5. Huygens' Principle 06 Minutes
• 6. Laws of Reflection on the Basis of Wave Theory 11 Minutes
• 7. Laws of Refraction of Light on the Basis of Wave Theory 11 Minutes
Requirements
• Students are required to have knowledge of Class 11 physics.
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Description

The videos herein are strictly based on Nepal CDC curriculum, promoting "e-Learning in Nepal" and are made with intention to provide guidance to the "HSEB appearing students", for securing good score and crack HSEB. This course tries to cover all the lessons of Class 12 Physics along with theories and solution of frequently asked questions in HSEB and list of formula needed for completing Class 12's Physics. We strongly believe that, viewers will be benefited from these videos. Feedbacks and advises are always welcome and highly appreciated!

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