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This course includes

Videos : 320
Quizzes : 23
Notes : 11

Introduction and FAQS

1. How to get Notes & Guess Papers
2 min

Measurements

01. Introduction to Science
8 min
02. Introduction to Physics
10 min
03. Physical Quantities - International System of Units
12 min
04. Supplementary Units & Scientific Notation
7 min
05. Conventions for Indicating Units
12 min
06. Errors and Uncertainties
8 min
07. Significant Figures (Part 1)
12 min
08. Significant Figures (Part 2)
9 min
09. Significant Figures (Part3)
4 min
10. Precision and Accuracy
7 min
11. Assessment of Total Uncertainty in the Final Result (Part 1)
8 min
12. Assessment of Total Uncertainty in the Final Result (Part 2)
5 min
It's Trivia Time!
10 Q
13. Example 1.2
6 min
14. Example 1.3
8 min
15. Dimensions
9 min
16. Example 1.5
7 min
17. Example 1.6
4 min
18. Exercise 1.1 - 1.3
7 min
19. Exercise 1.4 - 1.6
6 min
20. Exercise 1.7 - 1.8
5 min
21. Exercise 1.9
4 min
22. Numerical 1.1 & 1.2
8 min
23. Numerical 1.3 & 1.4
5 min
24. Numerical 1.5
10 min
25. Numerical 1.6 & 1.7
6 min
26. Numerical 1.8
10 min
27. Numerical 1.9
3 min
28. Numerical 1.10
5 min
Chapter 1 (Measurements)
13 pages

Vectors & Equilibrium

01. Introduction, Vectors & Rectangular Coordinate System
12 min
02. Addition & Subtraction of Vectors
9 min
03. Multiplication of a Vector by a Scalar, Unit Vector, Null Vector, Equal Vectors & Rectangular Components of a Vector
12 min
04. Determination of a Vector from its Rectangular Components & Position Vector
8 min
05. Example 2.1
11 min
06. Vector Addition by Rectangular Components
16 min
It's Trivia Time!
10 Q
07. Example 2.2
8 min
08. Example 2.3
9 min
09. Scalar or Dot Product (Part 1)
9 min
10. Scalar or Dot Product (Part 2)
11 min
11. Example 2.4 & 2.5
9 min
12. Vector or Cross Product (Part 1)
10 min
It's Trivia Time!
10 Q
13. Vector or Cross Product (Part 2)
11 min
14. Torque
10 min
15. Example 2.6
9 min
16. Equilibrium of Forces - First Condition of Equilibrium
8 min
17. Example 2.7
10 min
18. Equilibrium of Torques - Second Condition of Equilibrium
7 min
It's Trivia Time!
10 Q
19. Example 2.8
7 min
20. Example 2.9
10 min
21. Exercise 2.1 & 2.2
10 min
22. Exercise 2.3 - 2.6
9 min
23. Exercise 2.7 & 2.8
7 min
24. Exercise 2.9 - 2.11
6 min
25. Exercise 2.12
9 min
26. Exercise 2.13
9 min
27. Exercise 2.14 - 2.16
10 min
28. Exercise 2.17
7 min
29. Exercise 2.18 & 2.19
6 min
30. Exercise 2.20 & 2.21
9 min
31. Numerical 2.1 & 2.2
8 min
32. Numerical 2.3 & 2.4
8 min
33. Numerical 2.5 & 2.6
10 min
34 Numerical 2.7 & 2.8
7 min
35. Numerical 2.9 & 2.10
8 min
36. Numerical 2.11 & 2.12
9 min
37. Numerical 2.13
8 min
38. Numerical 2.14 & 2.15
7 min
39. Numerical 2.16
11 min
40. Numerical 2.17
10 min
41. Numerical 2.18
7 min
Chapter 2 (Vectors and Equilibrium)
28 pages

Motion and Force

01. Introduction & Displacement
10 min
02. Velocity
7 min
03. Acceleration
10 min
04. Velocity-Time Graph
10 min
05. Example 3.1
6 min
06. Review of Equations of Uniformly Accelerated Motion
6 min
07. Newton's Laws of Motion
10 min
It's Trivia Time!
10 Q
08. Momentum
6 min
09. Momentum and Newton's Second Law of Motion
7 min
10. Impulse
5 min
11. Example 3.2 & Law of Conservation of Momentum (Part1)
9 min
12. Law of Conservation of Momentum (Part2)
8 min
13. Example 3.3
5 min
14. Elastic & Inelastic Collisions
8 min
15. Elastic Collision in One Dimension (Part1)
7 min
16. Elastic Collision in One Dimension (Part2)
10 min
17. Elastic Collision in One Dimension (Part3)
14 min
It's Trivia Time!
8 Q
18. Example 3.4 & 3.5
7 min
19. Force due to Water Flow
7 min
20. Example 3.6
6 min
21. Momentum and Explosive Forces
8 min
22. Rocket Propulsion
8 min
23. Projectile Motion (Part1)
12 min
24. Projectile Motion (Part2)
13 min
25. Projectile Motion (Part3)
6 min
It's Trivia Time!
5 Q
26. Example 3.7 & 3.8
6 min
27. Exercise 3.1 - 3.3
9 min
28. Exercise 3.4 & 3.5
10 min
29. Exercise 3.6
7 min
30. Exercise 3.7 - 3.9
7 min
31. Exercise 3.10 & 3.11
6 min
32. Exercise 3.12
7 min
33. Exercise 3.13 & 3.14
5 min
34. Numerical 3.1
10 min
35. Numerical 3.2
6 min
36. Numerical 3.3
7 min
37. Numerical 3.4 & 3.5
7 min
38. Numerical 3.6
4 min
39. Numerical 3.7
6 min
40 Numerical 3.8
4 min
41 Numerical 3.9
7 min
42 Numerical 3.10
3 min
43 Numerical 3.11
6 min
44 Numerical 3.12
4 min
45 Numerical 3.13 & 3.14
10 min
46 Numerical 3.15
6 min
Chapter 3 (Motion _ Force)
22 pages

Work and Energy

01. Introduction & Work Done by a Constant Force (Part 1)
8 min
02. Work Done by a Constant Force (Part 2)
7 min
03. Work Done by a Variable Force
7 min
04. Example 4.1
4 min
05. Work Done by Gravitational Field (Part 1)
12 min
06. Work Done by Gravitational Field (Part 2)
9 min
07. Power
7 min
08. Power and Velocity
7 min
It's Trivia Time!
10 Q
09. Example 4.2
4 min
10. Energy
10 min
11. Work-Energy Principle
7 min
12. Absolute Potential Energy (Part1)
12 min
13. Absolute Potential Energy (Part2)
13 min
14. Escape Velocity
10 min
15. Interconversion of Potential Energy and Kinetic Energy (Part 1)
13 min
16. Interconversion of Potential Energy and Kinetic Energy (Part 2)
4 min
It's Trivia Time!
10 Q
17. Conversion of Energy
8 min
18. Example 4.3
5 min
19. Non Conventional Energy Sources - Energy from Tides & Waves
8 min
20. Solar Energy & Energy from Biomass
14 min
21. Energy from Waste Products & Geothermal Energy
10 min
It's Trivia Time!
5 Q
22. Exercise 4.1 - 4.3
8 min
23. Exercise 4.4 - 4.6
10 min
24. Exercise 4.7 & 4.8
5 min
25. Exercise 4.9 & 4.10
4 min
26. Numerical 4.1 & 4.2
8 min
27. Numerical 4.3 & 4.4
11 min
28. Numerical 4.5 & 4.6
10 min
29. Numerical 4.7 & 4.8
9 min
30. Numerical 4.9
5 min
31. Numerical 4.10
8 min
Chapter 4 (Work _ Energy)
12 pages

Circular Motion

01. Angular Displacement (Part 1)
12 min
02. Angular Displacement (Part 2)
8 min
03. Angular Velocity
9 min
04. Angular Acceleration
11 min
05. Relation between Linear and Angular Velocity
9 min
It's Trivia Time!
5 Q
06. Example 5.1
4 min
07. Centripetal Force
19 min
08. Example 5.2 & 5.3
6 min
09. Moment of Inertia (Part 1)
12 min
10. Moment of Inertia (Part 2)
10 min
11. Angular Momentum (Part 1)
11 min
12. Angular Momentum (Part 2)
6 min
13. Example 5.4
5 min
14. Law of Coservation of Angular Momentum
4 min
15. Rotational Kinetic Energy
12 min
16. Example 5.5
3 min
17. Artificial Satellite
10 min
18. Real & Apparent weight , Wieghtless and Gravity Free System
11 min
19. Orbital Velocity & Example 5.6
12 min
20. Artificial Gravity
8 min
21. Geo stationatry orbits
8 min
It's Trivia Time!
10 Q
22. Communication Satellites
9 min
23. Newton's & Einstein's views of Gravitation
7 min
24. Exercise 5.1 to 5.4
12 min
25.Exercise 5.5 to 5.8
10 min
26.Exercise 5.9 to, 5.13
10 min
27. Numerical 5.1 to 5.3
8 min
28.Numerical 5.4 & 5.5
11 min
29. Numerical 5.6 to 5.8
11 min
30. Numerical 5.9 , 5.10
11 min
Chapter 5 (Circular Motion)
15 pages

Fluid Dynamics

01. Drag Force & Terminal Velocity
13 min
02. Example 6.1
6 min
03. Fluid Flow
6 min
04. Equation of Continuity
10 min
05. Example 6.2
6 min
It's Trivia Time!
10 Q
06. Bernoulli's Equation (Part 1))
13 min
07. Bernoulli's Equation (Part 2)
12 min
08. Applications of Bernoulli's Equation(Torricelli's theorem)
10 min
09. Applications of Bernoulli's Equation(Relation between P & v)
12 min
10. Applications of Bernoulli's Equation (Venturi Relation) and Example 6.3
9 min
11. Blood Flow
8 min
It's Trivia Time!
10 Q
12. Exercise 6.1 to 6.5
11 min
13. Exercise 6.6 to 6.12
9 min
14. Numerical 6.1 & 6.2
7 min
15. Numerical 6.3 & 6.4
9 min
16. Numerical 6.5 to 6.7
10 min
17. Numerical 6.8 , 6.9
10 min
Chapter 6 (Fluid Dynamics)
10 pages

Oscillations

01. Simple Harmonic Motion (Part 1)
14 min
02. Simple Harmonic Motion (Part 2)
7 min
03. Instantaneous Displacement & Amplitude
11 min
04. SHM & Circular Motion, Displacement
12 min
05. Instantaneous Velocity SHM
9 min
06. Acceleration in SHM
5 min
07. Phase
5 min
It's Trivia Time!
10 Q
08. Horizontal Mass Spring System
9 min
09. Example 7.1
4 min
10. Simple Pendulum
12 min
11. Example 7.2
3 min
12. Energy Conservation in SHM
11 min
13. Example 7.3
3 min
14. Free & Forced Oscillations, Resonance, Damping, Sharpeness of Resonance
11 min
It's Trivia Time!
10 Q
15 (Exercise 7.1 to 7.5)
10 min
16 (Exercise 7.6 to 7.9)
8 min
17 (Exercise 7.10 to 7.13)
8 min
18 (Numerical 7.1 and 7.2)
10 min
19 (Numerical 7.3)
8 min
20 (Numerical 7.4 to 7.6)
8 min
21 (Numerical 7.7 and 7.8)
8 min
Chapter 7 (Oscillations)
18 pages

Waves

01. Waves & Types (Part 1)
11 min
02. Waves & Types (Part 2)
8 min
03. Transverse Periodic Waves
9 min
04. Phase Relation Between Two Points of Wave
12 min
05. Longitudinal Periodic Waves
6 min
06. Speed of Sound in Air
16 min
07. Effect of Variation of Pressure , Density & Temperature on Speed of Sound
15 min
08. Example 8.1
3 min
09. Principle of Superposition
8 min
10. Interference & Types
14 min
It's Trivia Time!
10 Q
11. Beats & Example 8.2
10 min
12. Reflection of Waves
7 min
13. Stationary Waves
10 min
14. Stationary Waves in Streched String
9 min
15. Example 8.3
6 min
17. Example 8.4
5 min
16. Stationary Waves in Air Column
13 min
18. Doppler Effect
11 min
19. Example 8.5
5 min
20. Applications oF Doppler Effect
7 min
It's Trivia Time!
10 Q
21. (Exercise 8.1 to 8.6)
10 min
22. (Exercise 8.7 to 8.11)
9 min
23 (Numerical 8.1 to 8.3)
10 min
24 (Numerical 8.4)
5 min
25. (Numerical 8.5 to 8.7)
9 min
26. (Numerical 8.8 to 8.10)
12 min
Chapter 8 (Waves)
16 pages

Physical Optics

1. (Wave Fronts)
12 min
2. (Huygen's Principle)
11 min
3. (Interference of Light)
7 min
4. (Young's double slit experiment part 1)
9 min
5. (Young's double slit experiment part 2)
13 min
6. Young's double slit experiment part 3)
4 min
7. (Example 9.1 & 9.2)
7 min
8. (Interference in thin films)
10 min
It's Trivia Time!
10 Q
9. (Newton's Rings)
11 min
10. (Michelson's interferometer)
15 min
11. Diffraction of Light
10 min
12. diffraction through narrow slit
11 min
13. Diffraction Grating
13 min
14. Diffraction of X rays theough Crystals
12 min
15. Example 9.3
10 min
16.Polarization
12 min
It's Trivia Time!
10 Q
17. Exercise 9.1 to 9.6
8 min
18. Exercise 9.7 to 9.12
13 min
19. Numerical 9.1 to 9.3
9 min
20. Numerical 9.4 to 9.7
11 min
21. Numerical 9.8 to 9.10
11 min
Chapter 9 (Physical Optics)
11 pages

Optical Instruments

01. Least Distance of Distant Vision)
8 min
02. Magnifying Power
12 min
03. Magnifying Power & Resolving Power
12 min
04. Simple Microscope
7 min
05. Compound Microscope
14 min
06. Example 10.1
10 min
07. Telescope
12 min
08. Spectrometer
9 min
It's Trivia Time!
10 Q
09. Speed of Light
14 min
10. Introduction to Optical Fiber
7 min
11. Total Internal Reflection
13 min
12. Continuous Refraction & Types of Optical Fiber
8 min
13. Example 10.2
7 min
14. Signal Transmission and Conversion to Sound
6 min
15. Losses of Power
5 min
It's Trivia Time!
10 Q
16. Exercise 10.1 to 10.6
11 min
17. Exercise 10.7 to 10.11
9 min
18. Numerical 10.1 to 10.4)
11 min
19. Numerical 10.5 to 10.6
11 min
20. Numerical 10.7 to 10.8
6 min
21. Numerical 10.9 to 10.10
11 min
Chapter 10 (Optical Instruments)
12 pages

Heat and Thermodynamics

1 (Kinetic theory of gases)
10 min
2 (Pressure of gas)
15 min
3 (Pressure of gas)
13 min
4 (Interpretaion of temperature)
8 min
5 (Verification of gas laws)
8 min
10 (Isothermal & adiabatic process)
11 min
6 (Example 11.1 & 11.2)
9 min
7 (Internal energy , Work Heat)
13 min
8 (1st law of thermodynamics)
9 min
9 (Example 11.3)
4 min
11 (Molar specific heats of a gas)
9 min
12 (Derivation of Cp minus Cv equalsR)
5 min
13 (Reversible & Irreversible process)
8 min
14 (Heat Engine and 2nd Law of Thermodynamics)
14 min
15 (Carnot engine & Carnot theorem)
13 min
16 (Example 11.4)
3 min
17 (Thermodynamic scale of temperature)
7 min
18 (Petrol & Diesel engine)
6 min
19 (Entropy)
14 min
It's Trivia Time
9 Q
20 (Example 11.5)
4 min
21. Exercise 11.1 to 11.7
12 min
22. Exercise 11.8 to 11.16
8 min
23. Numerical 11.1 to 11.2
9 min
24. Numerical 11.3 to 11.5
9 min
25. Numerical 11.6 to11.8
8 min
26. Numerical 11.9 to 11.11
11 min
27. Transfer of Thermal Energy
12 min
28. Thermal Equilibrium
6 min
29. Heat Flow and Work
13 min
30. Terms Related to Thermodynamics
12 min
31. Temperature and Internal Energy of the Body
10 min
32. Mechanical Equivalent of Heat
11 min
33. Internal Energy as State of System
11 min
34. Efficiency of carnot Engine
10 min
35. Refrigerator is a Reverse Heat Engine
8 min
36. Coefficient of Performance of Fridge
5 min
37. Orderliness of Thermodynamic System
7 min
Chapter 11 (Heat and Thermodynamics)
14 pages

Videos : 320
Quizzes : 23
Notes : 11

HOW TO PAY ?

Short Notes & Guess Papers All branches of science have their own value, and each plays a unique role in our daily life. But the phenomena and intricate concepts of Physics complement all other sciences e.g., chemistry, mathematics, biology and so on. I, Hafiz Azeem, welcome you to my course. I have been teaching Physics in various renowned institutions for the past 12 years. I love teaching Physics, and after taking this course, I am pretty sure you will start loving Physics too. With the help of my course videos, you will study Physics in a way different from the conventional learning methods. The visual representations and simulations in my course will enhance your learning, creativity, and innovation. Whether it is a topic of torque, friction, acceleration, or projectile motion, you will start observing and understanding these essential concepts of Physics in your surroundings, after taking this course. Moreover, videos on past papers, detailed notes of every chapter and live discussion with teachers and peer learning would definitely help you ace your board exams. So, let’s make it interactive and exciting. See you all! Hafiz Azeem.

Course Content

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General Guidance
Video Lectures
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Practice Questions
Past Papers Solution
Study Notes

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Cover your core topics in great detail to build a solid conceptual foundation.
Learn effective strategies to tackle your exams with confidence.
Build a better foundation with in-depth concepts, illustrative examples, and practical questions.
Navigate the subject with confidence by understanding the essential dos and donts.
Explore the relevance of past papers and engage in detailed discussions of core topics.

7,794+ students are Recommending this Course

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Experience : 15 Years

I, Hafiz Azeem, welcome you to my course. I have been teaching Physics in various renowned institutions for the past 15 years. I love teaching Physics and Mathematics, and after taking this course, I am pretty sure you will start loving Physics too. With the help of my course videos, you will study ...Read More

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Physics (Part I)

By Nearpeer

Enrollments : 7,794 Students

Rs. 4500

Need promo code?

This course includes

Videos : 320
Quizzes : 23
Notes : 11

Introduction and FAQS

1. How to get Notes & Guess Papers
2 min

Measurements

01. Introduction to Science
8 min
02. Introduction to Physics
10 min
03. Physical Quantities - International System of Units
12 min
04. Supplementary Units & Scientific Notation
7 min
05. Conventions for Indicating Units
12 min
06. Errors and Uncertainties
8 min
07. Significant Figures (Part 1)
12 min
08. Significant Figures (Part 2)
9 min
09. Significant Figures (Part3)
4 min
10. Precision and Accuracy
7 min
11. Assessment of Total Uncertainty in the Final Result (Part 1)
8 min
12. Assessment of Total Uncertainty in the Final Result (Part 2)
5 min
It's Trivia Time!
10 Q
13. Example 1.2
6 min
14. Example 1.3
8 min
15. Dimensions
9 min
16. Example 1.5
7 min
17. Example 1.6
4 min
18. Exercise 1.1 - 1.3
7 min
19. Exercise 1.4 - 1.6
6 min
20. Exercise 1.7 - 1.8
5 min
21. Exercise 1.9
4 min
22. Numerical 1.1 & 1.2
8 min
23. Numerical 1.3 & 1.4
5 min
24. Numerical 1.5
10 min
25. Numerical 1.6 & 1.7
6 min
26. Numerical 1.8
10 min
27. Numerical 1.9
3 min
28. Numerical 1.10
5 min
Chapter 1 (Measurements)
13 pages

Vectors & Equilibrium

01. Introduction, Vectors & Rectangular Coordinate System
12 min
02. Addition & Subtraction of Vectors
9 min
03. Multiplication of a Vector by a Scalar, Unit Vector, Null Vector, Equal Vectors & Rectangular Components of a Vector
12 min
04. Determination of a Vector from its Rectangular Components & Position Vector
8 min
05. Example 2.1
11 min
06. Vector Addition by Rectangular Components
16 min
It's Trivia Time!
10 Q
07. Example 2.2
8 min
08. Example 2.3
9 min
09. Scalar or Dot Product (Part 1)
9 min
10. Scalar or Dot Product (Part 2)
11 min
11. Example 2.4 & 2.5
9 min
12. Vector or Cross Product (Part 1)
10 min
It's Trivia Time!
10 Q
13. Vector or Cross Product (Part 2)
11 min
14. Torque
10 min
15. Example 2.6
9 min
16. Equilibrium of Forces - First Condition of Equilibrium
8 min
17. Example 2.7
10 min
18. Equilibrium of Torques - Second Condition of Equilibrium
7 min
It's Trivia Time!
10 Q
19. Example 2.8
7 min
20. Example 2.9
10 min
21. Exercise 2.1 & 2.2
10 min
22. Exercise 2.3 - 2.6
9 min
23. Exercise 2.7 & 2.8
7 min
24. Exercise 2.9 - 2.11
6 min
25. Exercise 2.12
9 min
26. Exercise 2.13
9 min
27. Exercise 2.14 - 2.16
10 min
28. Exercise 2.17
7 min
29. Exercise 2.18 & 2.19
6 min
30. Exercise 2.20 & 2.21
9 min
31. Numerical 2.1 & 2.2
8 min
32. Numerical 2.3 & 2.4
8 min
33. Numerical 2.5 & 2.6
10 min
34 Numerical 2.7 & 2.8
7 min
35. Numerical 2.9 & 2.10
8 min
36. Numerical 2.11 & 2.12
9 min
37. Numerical 2.13
8 min
38. Numerical 2.14 & 2.15
7 min
39. Numerical 2.16
11 min
40. Numerical 2.17
10 min
41. Numerical 2.18
7 min
Chapter 2 (Vectors and Equilibrium)
28 pages

Motion and Force

01. Introduction & Displacement
10 min
02. Velocity
7 min
03. Acceleration
10 min
04. Velocity-Time Graph
10 min
05. Example 3.1
6 min
06. Review of Equations of Uniformly Accelerated Motion
6 min
07. Newton's Laws of Motion
10 min
It's Trivia Time!
10 Q
08. Momentum
6 min
09. Momentum and Newton's Second Law of Motion
7 min
10. Impulse
5 min
11. Example 3.2 & Law of Conservation of Momentum (Part1)
9 min
12. Law of Conservation of Momentum (Part2)
8 min
13. Example 3.3
5 min
14. Elastic & Inelastic Collisions
8 min
15. Elastic Collision in One Dimension (Part1)
7 min
16. Elastic Collision in One Dimension (Part2)
10 min
17. Elastic Collision in One Dimension (Part3)
14 min
It's Trivia Time!
8 Q
18. Example 3.4 & 3.5
7 min
19. Force due to Water Flow
7 min
20. Example 3.6
6 min
21. Momentum and Explosive Forces
8 min
22. Rocket Propulsion
8 min
23. Projectile Motion (Part1)
12 min
24. Projectile Motion (Part2)
13 min
25. Projectile Motion (Part3)
6 min
It's Trivia Time!
5 Q
26. Example 3.7 & 3.8
6 min
27. Exercise 3.1 - 3.3
9 min
28. Exercise 3.4 & 3.5
10 min
29. Exercise 3.6
7 min
30. Exercise 3.7 - 3.9
7 min
31. Exercise 3.10 & 3.11
6 min
32. Exercise 3.12
7 min
33. Exercise 3.13 & 3.14
5 min
34. Numerical 3.1
10 min
35. Numerical 3.2
6 min
36. Numerical 3.3
7 min
37. Numerical 3.4 & 3.5
7 min
38. Numerical 3.6
4 min
39. Numerical 3.7
6 min
40 Numerical 3.8
4 min
41 Numerical 3.9
7 min
42 Numerical 3.10
3 min
43 Numerical 3.11
6 min
44 Numerical 3.12
4 min
45 Numerical 3.13 & 3.14
10 min
46 Numerical 3.15
6 min
Chapter 3 (Motion _ Force)
22 pages

Work and Energy

01. Introduction & Work Done by a Constant Force (Part 1)
8 min
02. Work Done by a Constant Force (Part 2)
7 min
03. Work Done by a Variable Force
7 min
04. Example 4.1
4 min
05. Work Done by Gravitational Field (Part 1)
12 min
06. Work Done by Gravitational Field (Part 2)
9 min
07. Power
7 min
08. Power and Velocity
7 min
It's Trivia Time!
10 Q
09. Example 4.2
4 min
10. Energy
10 min
11. Work-Energy Principle
7 min
12. Absolute Potential Energy (Part1)
12 min
13. Absolute Potential Energy (Part2)
13 min
14. Escape Velocity
10 min
15. Interconversion of Potential Energy and Kinetic Energy (Part 1)
13 min
16. Interconversion of Potential Energy and Kinetic Energy (Part 2)
4 min
It's Trivia Time!
10 Q
17. Conversion of Energy
8 min
18. Example 4.3
5 min
19. Non Conventional Energy Sources - Energy from Tides & Waves
8 min
20. Solar Energy & Energy from Biomass
14 min
21. Energy from Waste Products & Geothermal Energy
10 min
It's Trivia Time!
5 Q
22. Exercise 4.1 - 4.3
8 min
23. Exercise 4.4 - 4.6
10 min
24. Exercise 4.7 & 4.8
5 min
25. Exercise 4.9 & 4.10
4 min
26. Numerical 4.1 & 4.2
8 min
27. Numerical 4.3 & 4.4
11 min
28. Numerical 4.5 & 4.6
10 min
29. Numerical 4.7 & 4.8
9 min
30. Numerical 4.9
5 min
31. Numerical 4.10
8 min
Chapter 4 (Work _ Energy)
12 pages

Circular Motion

01. Angular Displacement (Part 1)
12 min
02. Angular Displacement (Part 2)
8 min
03. Angular Velocity
9 min
04. Angular Acceleration
11 min
05. Relation between Linear and Angular Velocity
9 min
It's Trivia Time!
5 Q
06. Example 5.1
4 min
07. Centripetal Force
19 min
08. Example 5.2 & 5.3
6 min
09. Moment of Inertia (Part 1)
12 min
10. Moment of Inertia (Part 2)
10 min
11. Angular Momentum (Part 1)
11 min
12. Angular Momentum (Part 2)
6 min
13. Example 5.4
5 min
14. Law of Coservation of Angular Momentum
4 min
15. Rotational Kinetic Energy
12 min
16. Example 5.5
3 min
17. Artificial Satellite
10 min
18. Real & Apparent weight , Wieghtless and Gravity Free System
11 min
19. Orbital Velocity & Example 5.6
12 min
20. Artificial Gravity
8 min
21. Geo stationatry orbits
8 min
It's Trivia Time!
10 Q
22. Communication Satellites
9 min
23. Newton's & Einstein's views of Gravitation
7 min
24. Exercise 5.1 to 5.4
12 min
25.Exercise 5.5 to 5.8
10 min
26.Exercise 5.9 to, 5.13
10 min
27. Numerical 5.1 to 5.3
8 min
28.Numerical 5.4 & 5.5
11 min
29. Numerical 5.6 to 5.8
11 min
30. Numerical 5.9 , 5.10
11 min
Chapter 5 (Circular Motion)
15 pages

Fluid Dynamics

01. Drag Force & Terminal Velocity
13 min
02. Example 6.1
6 min
03. Fluid Flow
6 min
04. Equation of Continuity
10 min
05. Example 6.2
6 min
It's Trivia Time!
10 Q
06. Bernoulli's Equation (Part 1))
13 min
07. Bernoulli's Equation (Part 2)
12 min
08. Applications of Bernoulli's Equation(Torricelli's theorem)
10 min
09. Applications of Bernoulli's Equation(Relation between P & v)
12 min
10. Applications of Bernoulli's Equation (Venturi Relation) and Example 6.3
9 min
11. Blood Flow
8 min
It's Trivia Time!
10 Q
12. Exercise 6.1 to 6.5
11 min
13. Exercise 6.6 to 6.12
9 min
14. Numerical 6.1 & 6.2
7 min
15. Numerical 6.3 & 6.4
9 min
16. Numerical 6.5 to 6.7
10 min
17. Numerical 6.8 , 6.9
10 min
Chapter 6 (Fluid Dynamics)
10 pages

Oscillations

01. Simple Harmonic Motion (Part 1)
14 min
02. Simple Harmonic Motion (Part 2)
7 min
03. Instantaneous Displacement & Amplitude
11 min
04. SHM & Circular Motion, Displacement
12 min
05. Instantaneous Velocity SHM
9 min
06. Acceleration in SHM
5 min
07. Phase
5 min
It's Trivia Time!
10 Q
08. Horizontal Mass Spring System
9 min
09. Example 7.1
4 min
10. Simple Pendulum
12 min
11. Example 7.2
3 min
12. Energy Conservation in SHM
11 min
13. Example 7.3
3 min
14. Free & Forced Oscillations, Resonance, Damping, Sharpeness of Resonance
11 min
It's Trivia Time!
10 Q
15 (Exercise 7.1 to 7.5)
10 min
16 (Exercise 7.6 to 7.9)
8 min
17 (Exercise 7.10 to 7.13)
8 min
18 (Numerical 7.1 and 7.2)
10 min
19 (Numerical 7.3)
8 min
20 (Numerical 7.4 to 7.6)
8 min
21 (Numerical 7.7 and 7.8)
8 min
Chapter 7 (Oscillations)
18 pages

Waves

01. Waves & Types (Part 1)
11 min
02. Waves & Types (Part 2)
8 min
03. Transverse Periodic Waves
9 min
04. Phase Relation Between Two Points of Wave
12 min
05. Longitudinal Periodic Waves
6 min
06. Speed of Sound in Air
16 min
07. Effect of Variation of Pressure , Density & Temperature on Speed of Sound
15 min
08. Example 8.1
3 min
09. Principle of Superposition
8 min
10. Interference & Types
14 min
It's Trivia Time!
10 Q
11. Beats & Example 8.2
10 min
12. Reflection of Waves
7 min
13. Stationary Waves
10 min
14. Stationary Waves in Streched String
9 min
15. Example 8.3
6 min
17. Example 8.4
5 min
16. Stationary Waves in Air Column
13 min
18. Doppler Effect
11 min
19. Example 8.5
5 min
20. Applications oF Doppler Effect
7 min
It's Trivia Time!
10 Q
21. (Exercise 8.1 to 8.6)
10 min
22. (Exercise 8.7 to 8.11)
9 min
23 (Numerical 8.1 to 8.3)
10 min
24 (Numerical 8.4)
5 min
25. (Numerical 8.5 to 8.7)
9 min
26. (Numerical 8.8 to 8.10)
12 min
Chapter 8 (Waves)
16 pages

Physical Optics

1. (Wave Fronts)
12 min
2. (Huygen's Principle)
11 min
3. (Interference of Light)
7 min
4. (Young's double slit experiment part 1)
9 min
5. (Young's double slit experiment part 2)
13 min
6. Young's double slit experiment part 3)
4 min
7. (Example 9.1 & 9.2)
7 min
8. (Interference in thin films)
10 min
It's Trivia Time!
10 Q
9. (Newton's Rings)
11 min
10. (Michelson's interferometer)
15 min
11. Diffraction of Light
10 min
12. diffraction through narrow slit
11 min
13. Diffraction Grating
13 min
14. Diffraction of X rays theough Crystals
12 min
15. Example 9.3
10 min
16.Polarization
12 min
It's Trivia Time!
10 Q
17. Exercise 9.1 to 9.6
8 min
18. Exercise 9.7 to 9.12
13 min
19. Numerical 9.1 to 9.3
9 min
20. Numerical 9.4 to 9.7
11 min
21. Numerical 9.8 to 9.10
11 min
Chapter 9 (Physical Optics)
11 pages

Optical Instruments

01. Least Distance of Distant Vision)
8 min
02. Magnifying Power
12 min
03. Magnifying Power & Resolving Power
12 min
04. Simple Microscope
7 min
05. Compound Microscope
14 min
06. Example 10.1
10 min
07. Telescope
12 min
08. Spectrometer
9 min
It's Trivia Time!
10 Q
09. Speed of Light
14 min
10. Introduction to Optical Fiber
7 min
11. Total Internal Reflection
13 min
12. Continuous Refraction & Types of Optical Fiber
8 min
13. Example 10.2
7 min
14. Signal Transmission and Conversion to Sound
6 min
15. Losses of Power
5 min
It's Trivia Time!
10 Q
16. Exercise 10.1 to 10.6
11 min
17. Exercise 10.7 to 10.11
9 min
18. Numerical 10.1 to 10.4)
11 min
19. Numerical 10.5 to 10.6
11 min
20. Numerical 10.7 to 10.8
6 min
21. Numerical 10.9 to 10.10
11 min
Chapter 10 (Optical Instruments)
12 pages

Heat and Thermodynamics

1 (Kinetic theory of gases)
10 min
2 (Pressure of gas)
15 min
3 (Pressure of gas)
13 min
4 (Interpretaion of temperature)
8 min
5 (Verification of gas laws)
8 min
10 (Isothermal & adiabatic process)
11 min
6 (Example 11.1 & 11.2)
9 min
7 (Internal energy , Work Heat)
13 min
8 (1st law of thermodynamics)
9 min
9 (Example 11.3)
4 min
11 (Molar specific heats of a gas)
9 min
12 (Derivation of Cp minus Cv equalsR)
5 min
13 (Reversible & Irreversible process)
8 min
14 (Heat Engine and 2nd Law of Thermodynamics)
14 min
15 (Carnot engine & Carnot theorem)
13 min
16 (Example 11.4)
3 min
17 (Thermodynamic scale of temperature)
7 min
18 (Petrol & Diesel engine)
6 min
19 (Entropy)
14 min
It's Trivia Time
9 Q
20 (Example 11.5)
4 min
21. Exercise 11.1 to 11.7
12 min
22. Exercise 11.8 to 11.16
8 min
23. Numerical 11.1 to 11.2
9 min
24. Numerical 11.3 to 11.5
9 min
25. Numerical 11.6 to11.8
8 min
26. Numerical 11.9 to 11.11
11 min
27. Transfer of Thermal Energy
12 min
28. Thermal Equilibrium
6 min
29. Heat Flow and Work
13 min
30. Terms Related to Thermodynamics
12 min
31. Temperature and Internal Energy of the Body
10 min
32. Mechanical Equivalent of Heat
11 min
33. Internal Energy as State of System
11 min
34. Efficiency of carnot Engine
10 min
35. Refrigerator is a Reverse Heat Engine
8 min
36. Coefficient of Performance of Fridge
5 min
37. Orderliness of Thermodynamic System
7 min
Chapter 11 (Heat and Thermodynamics)
14 pages

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Physics (Part I)

Introduction and FAQS

Measurements

Vectors & Equilibrium

Motion and Force

Work and Energy

Circular Motion

Fluid Dynamics

Oscillations

Waves

Physical Optics

Optical Instruments

Heat and Thermodynamics

Course Content

This course is also part of the following bundle:

PU-M Crash Test Session (1 course )

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Physics (Part I)

Introduction and FAQS

Measurements

Vectors & Equilibrium

Motion and Force

Work and Energy

Circular Motion

Fluid Dynamics

Oscillations

Waves

Physical Optics

Optical Instruments

Heat and Thermodynamics

Course Content

This course is also part of the following bundle:

PU-M Crash Test Session (1 course )

Frequently Asked Questions

What is Nearpeer?

Which courses are being offered at Nearpeer?

Why should I study from Nearpeer?

Is Nearpeer a trustworthy Platform?

What is the Fee for an online course at Nearpeer?

Is online course sufficient for my preparation?

How to download Nearpeer videos?

How to pay for Nearpeer course?

The best online education Paltform in Pakistan?

Where is Nearpeer located?

Does Nearpeer offer guaranteed success?

Is Nearpeer an AI based educational platform?