Kalit Gautam

A student wrote this index in the comments. The channel did not add chapters.

1. Newton's Laws of Motion & Force: The session begins by clarifying the definition of force as the rate of change of linear momentum (18:24). It addresses common misconceptions about acceleration, uniform motion (10:36), and the role of internal vs. external forces in changing momentum (30:08).
2. Contact Forces: Extensive discussion on Normal Reaction (47:43) and Friction (1:32:35). The instructor demonstrates through experiments that static friction does not always oppose motion and can even act as

A student wrote this index in the comments. The channel did not add chapters.

1. Mechanics & Position Vectors: (5:33 - 17:39)
2. Angular Momentum Basics: (17:46 - 20:08)
3. Relative Motion & Kinematics: (38:30 - 1:23:30)
4. Projectile Motion & Trajectory: (2:06:57 - 2:08:00)
5. Rotational Dynamics & Torque: (3:22:18 - 3:23:09)
6. Angular Momentum (Advanced): (3:42:59 - 3:44:51)
7. Vertical Circular Motion: (3:52:17 - 3:53:14)
8. Work, Energy & Power (Concepts): (6:00:34 - 6:01:24)
9. Simple Harmonic Motion (SHM): (6:01:24 - 6:10:03)
10. Waves & Oscillations: (6:27:40 - 6:28:41)

A student wrote this index in the comments. The channel did not add chapters.

1. Electrostatics (0:23:06 - 1:30:00): The session covers Gauss's Law, volume charge distribution, electric fields of various shapes (including line charges), and equipotential surfaces.
2. Capacitance (1:30:12 - 2:42:48): Problems related to parallel plate capacitors, dielectric materials, and a conceptual problem involving conducting balls oscillating between charged plates (2:16:10).
3. Current Electricity (1:39:37 - 2:42:48): Discussion on the electrical resistance of composite bars and steady-stat

A student wrote this index in the comments. The channel did not add chapters.

1. Introduction to Motion and Reference Points: (8:47 - 9:44)
2. Speed (Average vs. Instantaneous): (23:18 - 24:12)
3. Newton’s Laws of Motion: (58:44 - 59:39)
4. Action and Reaction Pairs (Newton's 3rd Law): (1:04:04 - 1:04:55) with applications like rocket propulsion and recoil (1:05:50 - 1:06:41).
5. Forces on Inclined Planes: (1:16:04 - 1:16:52)
6. Constraint Relations and Virtual Work Method: (1:28:54 - 1:30:33)
7. Radius of Curvature: (1:44:41 - 1:45:30)
8. Work Done by Different Forces: (1:55:14 - 1:58:34)

A student wrote this index in the comments. The channel did not add chapters.

1. [00:12] - Question 1: Electromagnetic induction (bar magnets dropped through a copper loop)
2. [02:37] - Question 2: Units and dimensions (dimensions of 1/RC)
3. [04:04] - Question 3: Current electricity (finding current through a 36Ω resistor)
4. [06:19] - Question 4: Thermodynamics (work done in a cyclic PV diagram)
5. [09:14] - Question 5: Kinematics (momentum vs. time graph for a car accelerating and braking)
6. [11:52] - Question 6: Moving charges and magnetism (resultant magnetic field near a solenoid)

A student wrote this index in the comments. The channel did not add chapters.

1. Question 1: Infinitely long parallel wires and magnetic field at the square's center (0:17)
2. Question 3: Ideal PN diode circuit equivalent resistance analysis (8:56)
3. Question on Disc Motion: Angular momentum of a disc rolling without slipping (16:20)
4. Thermodynamics/Heat: Temperature of cold reservoir in a heat engine (25:04)
5. Thermal Conductivity: Heat transfer through iron and copper slabs (32:01)
6. Electrostatics: Concentric regular hexagons with charges (37:51)