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Exercise-1: units and measurement, motion in 1-D

Lesson 1 of 37 • 576 upvotes • 15:00 mins

Shubham Kumar

This lesson tells about the structure and purpose of the course. Then it discusses several important concepts and questions based on dimensions, error calculation and kinematics in 1-D motion.

1

Exercise-1: units and measurement, motion in 1-D

15:00 mins

2

Exercise-2: Kinematics in 2-D (Including Circular (in Hindi))

14:36 mins

3

Exercise-3: Newton's laws of motion, friction and dynamics of circular motion

14:51 mins

4

Exercise-4: Work, energy and power

14:59 mins

5

Exercise-5: Location and motion of Centre of Mass

14:12 mins

6

Exercise-6: Conservation of momentum and Collisions

14:58 mins

7

Exercise-7: Moment of Inertia

14:19 mins

8

Exercise-8: Rotational mechanics-1

14:57 mins

9

Exercise-9: Rotational mechanics-2 (angular momentum and Rolling)

15:00 mins

10

Exercise-10: Gravitation

14:57 mins

11

Exercise-11: properties of solids

13:37 mins

12

Exercise:12- Bernaulli's theorom, viscosity and surface tension

14:43 mins

13

Exercise-13: thermal expansion and calorimetry

12:11 mins

14

Exercise-14: Heat Transfer and Newton's law of cooling

12:01 mins

15

Exercise-15: kinetic theory of gases and thermodynamics (part-1)

13:08 mins

16

Exercise-16: Thermodynamic processes and carnot's cycle(part-2)

14:53 mins

17

Exercise-17: Simple harmonic motion

14:56 mins

18

Exercise-18: Waves and Sound (part-1)

14:56 mins

19

Exercise-19: waves (part-2: organpipes, beats, Doppler effect)

14:59 mins

20

Exercise-20: Electric Field and Gauss' Law

14:47 mins

21

Exercise-21: electric potential, potential energy, and conductors

15:00 mins

22

Exercise-22: Capacitors

14:59 mins

23

Exercise-23: Current, Ohm's law, power dissipation, emf and internal resistance

14:59 mins

24

Exercise-24: applications of potentiometer, meter bridge and basics of ammeter, voltmeter

14:59 mins

25

Exercise-25: Magnetic effects of electric current, motion of free charge in B and E

14:59 mins

26

Exercise-26: Earth'magnetism, moving coil galvanometer, bar magnet

14:51 mins

27

Exercise-27: faraday lenz's law, motional emf, self inductance

13:56 mins

28

Exercise-28: R-C and L-R circuits with dc battery

14:02 mins

29

Exercise-29: AC circuits, LC oscillations, Transformer and EM waves

14:39 mins

30

Exercise-30: Ray Optics-1

13:01 mins

31

Exercise-31: Ray Optics-2 (including optical instruments)

15:00 mins

32

Exercise-32: Wave Optics (YDSE)

13:17 mins

33

Exercise-33: diffraction, polarization, resolution of optical instruments

13:50 mins

34

Exercise-34: Modern physics (lesson-1)

14:22 mins

35

Exercise-35: modern physics-2

14:04 mins

36

Exercise:36- Modern physics-3

14:01 mins

37

Exercise-37: Diodes, Transistors and Logic gates

15:00 mins