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Lecture 01: Units & Dimensions
01:36:21
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Lecture 02: Vectors
21:29
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Lecture 03: Kinematics
01:10:47
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Lecture 04: Motion in a plane
01:16:56
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Lecture 05: Relative Vel, Incline Proj
01:19:02
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Lecture 06: NLM
01:25:41
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Lecture 07: NLM, Friction, Numericals
01:22:06
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Lecture 08: Circular Motion
01:23:41
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Lecture 09: WPE
01:20:47
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Lecture 10: COM
01:27:04
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Lecture 11: Momentum of SOP
49:28
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Lecture 12: Impulse & Collision
01:19:32
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Lecture 13: Rotational Motion
01:20:49
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Lecture 14: Moment of Inertia
01:23:52
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Lecture 15: Torque & Angular Momentum
01:20:59
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Lecture 16: Gravitation
01:21:20
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Lecture 17: Gravitation
01:13:34
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Lecture 18: Electrostatics
01:17:12
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Lecture 19: EF of Ring & EP Energy
56:44
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Lec 20: Electric Potential Energy
32:19
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Lec 21: Electric Potential Difference
30:30
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Lec 22: Dipole & Current
01:21:16
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Lec 23: Resistors & Cell Grouping
01:18:55
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Lec 24: Electrical Measuring Instruments
01:27:19
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Lec 25: Capacitors
01:14:35
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Lec 26: Dielectrics
45:33
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Lec 27: RC Circuits
35:05
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Lec 28: RC Circuits
01:21:17
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Lec 29: Magnetic Force on moving Charge
01:19:11
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Lec 30: Electromagnetic Induction
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Lec 31: Inductors, L-C Circuits
01:10:26
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Lec 32: AC
01:16:23
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Lec 33: Ray Optics 01
01:14:06
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Lec 34: Ray Optics 02
01:16:29
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Lec 35: Calorimetry & Thermal Expansion
01:17:24
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Lec 36: Radiation & KTG
01:15:08
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Lec 37: Thermodynamics
01:22:03
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Lec 38: Modern Physics 01
01:15:59
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Lec 39: Atoms & Nuclear Physics
01:15:44