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35:06
Lesson -1 Electrostatics
0/29
Lecture-1 Electric potential energy
00:35:47
Lecture – 2 electric potential energy
00:44:21
lecture-3 electric potential energy
00:52:43
Lecture – 4 Electric potential
00:46:21
Lecture – 5 Electric potential
00:37:26
Lecture-6 Electric potential
00:44:17
Lecture – 7 electric potential numerical
00:46:34
Lecture – 8 electric dipole numerical
00:00:00
Lecture – 9 Electric dipole derivation 1
00:48:39
lecture-10 electric dipole derivation day 2
00:30:01
Lecture-11 electric dipole derivation day 3
00:41:044
Lecture-12 Electric dipole derivation day 4
00:37:22
Lecture-13 electric dipole derivation day 5
00:50:54
Lecture -14 electric dipole numerical
00:33:03
Lecture- 15 Electric field line
00:44:00
Lecture-16 Electric flux
00:48:28
Lecture 17 Electric flux numerical
00:43:36
Lecture-18 gauss law
00:36:07
Lecture-19 gauss law application day-1
00:31:34
lecture-20 gauss law application day 2
00:44:41
Lecture -21 GAUSS law application day 3
00:48:27
Lecture -22 Gauss Law application of Day – 4
00:48:27
Lecture -23
00:43:47
Lecture -24
00:48:40
Lesson 25
00:22:21
Objective – 1
00:46:31
Objective – 2
00:59:36
Objective – 3
00:47:40
Objective – 4
00:43:38
Capacitor
0/18
Lecture -1 introduction of capacitance
00:50:47
Lecture -2 Capacitance and energy
00:53:29
Lecture -3 concept of parallel plate capacitor
00:47:03
Lecture 4 parallel plate capacitor
00:51:10
Lecture 5 Spherical plate capacitor
00:39:07
Lecture -6
01:03:06
Lecture -7
00:46:02
Lecture -8
00:51:20
Lecture -9
00:59:56
Lecture -10
00:48:10
Lecture -11
00:57:10
Lecture -12
00:49:27
Lecture -13
01:02:11
Lecture -14
00:29:32
Lecture -15
00:00:00
Objective – 1
00:50:44
Objective – 2
00:00:00
Objective Lecture -3
00:00:00
Electric Current
0/30
Lecture -1
00:56:37
Lecture -2
00:45:00
Lecture -3
00:00:00
Lecture -4
00:00:00
Lecture – 5
01:49:44
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
lecture 10 KCL
01:08:40
lecture -11 KVL AND numerical
00:45:32
Lecture – 12
00:00:00
Lecture – 13
00:35:41
Lecture -13 part 2 heating effect of current
00:44:39
Lecture -14 Electric bulb of combination
00:40:45
Lecture -15 electric bulb numerical
01:01:48
Lecture -16 color coding of carbon resistance
01:02:05
Lecture -17 electric fuse, seeback effect
00:41:00
Lecture-18 internal resistance
00:30:11
Lecture – 19
00:44:56
Lecture – 20
00:00:00
Lecture – 1 Ammeter and voltmeter
00:00:00
Lecture – 2 Ammeter and voltmeter
00:00:00
Lecture – 3 Meter Bridge
00:25:29
Lecture – 4 potentiometer
00:00:00
Lecture – 4 potentiometer Part-2
00:00:00
Objective
00:00:00
objective – 2
00:49:22
objective – 3
00:41:39
Objective Lecture -4
00:00:00
Magnetic Field
0/12
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture -10
00:00:00
Lecture – 11
00:00:00
Lecture – 12
00:00:00
Magnetism
0/15
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 8 Part – 2
00:00:00
Lecture – 9
00:00:00
Objective Lecture -1
00:00:00
Objective Lecture -2
00:00:00
Objective Lecture -3
00:00:00
Objective Lecture -4
00:00:00
Objective Lecture -5
00:00:00
Electromagnetic Induction
0/7
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Alternating Current
0/7
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 1 Part -2
00:00:00
Lecture – 2 Part-2
00:00:00
Lecture – 3 part-2
00:00:00
Electromagnetic Wave
0/3
Lecture-1
00:00:00
Objective Lecture -1
00:00:00
Lecture – 2
00:00:00
Ray Optics
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Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 2 Part-2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture – 10
00:00:00
Lecture – 11
00:00:00
Lecture – 12
00:00:00
Lecture – 13
00:00:00
Lecture -14
00:00:00
Lecture – 15
00:00:00
Lecture – 16
00:00:00
Wave Optics
0/10
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture – 10
00:00:00
Modern Physics
0/3
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Photo Electric Effect
0/3
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Atom
0/2
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Radioactivity
0/10
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture – 10
00:00:00
Model set 2022
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Model set -1
Model set-2
Communication System
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Communication System
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Lesson List
Live
0/1
Live Classes
35:06
Lesson -1 Electrostatics
0/29
Lecture-1 Electric potential energy
00:35:47
Lecture – 2 electric potential energy
00:44:21
lecture-3 electric potential energy
00:52:43
Lecture – 4 Electric potential
00:46:21
Lecture – 5 Electric potential
00:37:26
Lecture-6 Electric potential
00:44:17
Lecture – 7 electric potential numerical
00:46:34
Lecture – 8 electric dipole numerical
00:00:00
Lecture – 9 Electric dipole derivation 1
00:48:39
lecture-10 electric dipole derivation day 2
00:30:01
Lecture-11 electric dipole derivation day 3
00:41:044
Lecture-12 Electric dipole derivation day 4
00:37:22
Lecture-13 electric dipole derivation day 5
00:50:54
Lecture -14 electric dipole numerical
00:33:03
Lecture- 15 Electric field line
00:44:00
Lecture-16 Electric flux
00:48:28
Lecture 17 Electric flux numerical
00:43:36
Lecture-18 gauss law
00:36:07
Lecture-19 gauss law application day-1
00:31:34
lecture-20 gauss law application day 2
00:44:41
Lecture -21 GAUSS law application day 3
00:48:27
Lecture -22 Gauss Law application of Day – 4
00:48:27
Lecture -23
00:43:47
Lecture -24
00:48:40
Lesson 25
00:22:21
Objective – 1
00:46:31
Objective – 2
00:59:36
Objective – 3
00:47:40
Objective – 4
00:43:38
Capacitor
0/18
Lecture -1 introduction of capacitance
00:50:47
Lecture -2 Capacitance and energy
00:53:29
Lecture -3 concept of parallel plate capacitor
00:47:03
Lecture 4 parallel plate capacitor
00:51:10
Lecture 5 Spherical plate capacitor
00:39:07
Lecture -6
01:03:06
Lecture -7
00:46:02
Lecture -8
00:51:20
Lecture -9
00:59:56
Lecture -10
00:48:10
Lecture -11
00:57:10
Lecture -12
00:49:27
Lecture -13
01:02:11
Lecture -14
00:29:32
Lecture -15
00:00:00
Objective – 1
00:50:44
Objective – 2
00:00:00
Objective Lecture -3
00:00:00
Electric Current
0/30
Lecture -1
00:56:37
Lecture -2
00:45:00
Lecture -3
00:00:00
Lecture -4
00:00:00
Lecture – 5
01:49:44
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
lecture 10 KCL
01:08:40
lecture -11 KVL AND numerical
00:45:32
Lecture – 12
00:00:00
Lecture – 13
00:35:41
Lecture -13 part 2 heating effect of current
00:44:39
Lecture -14 Electric bulb of combination
00:40:45
Lecture -15 electric bulb numerical
01:01:48
Lecture -16 color coding of carbon resistance
01:02:05
Lecture -17 electric fuse, seeback effect
00:41:00
Lecture-18 internal resistance
00:30:11
Lecture – 19
00:44:56
Lecture – 20
00:00:00
Lecture – 1 Ammeter and voltmeter
00:00:00
Lecture – 2 Ammeter and voltmeter
00:00:00
Lecture – 3 Meter Bridge
00:25:29
Lecture – 4 potentiometer
00:00:00
Lecture – 4 potentiometer Part-2
00:00:00
Objective
00:00:00
objective – 2
00:49:22
objective – 3
00:41:39
Objective Lecture -4
00:00:00
Magnetic Field
0/12
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture -10
00:00:00
Lecture – 11
00:00:00
Lecture – 12
00:00:00
Magnetism
0/15
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 8 Part – 2
00:00:00
Lecture – 9
00:00:00
Objective Lecture -1
00:00:00
Objective Lecture -2
00:00:00
Objective Lecture -3
00:00:00
Objective Lecture -4
00:00:00
Objective Lecture -5
00:00:00
Electromagnetic Induction
0/7
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Alternating Current
0/7
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 1 Part -2
00:00:00
Lecture – 2 Part-2
00:00:00
Lecture – 3 part-2
00:00:00
Electromagnetic Wave
0/3
Lecture-1
00:00:00
Objective Lecture -1
00:00:00
Lecture – 2
00:00:00
Ray Optics
0/17
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 2 Part-2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture – 10
00:00:00
Lecture – 11
00:00:00
Lecture – 12
00:00:00
Lecture – 13
00:00:00
Lecture -14
00:00:00
Lecture – 15
00:00:00
Lecture – 16
00:00:00
Wave Optics
0/10
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture – 10
00:00:00
Modern Physics
0/3
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Photo Electric Effect
0/3
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Atom
0/2
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Radioactivity
0/10
Lecture – 1
00:00:00
Lecture – 2
00:00:00
Lecture – 3
00:00:00
Lecture – 4
00:00:00
Lecture – 5
00:00:00
Lecture – 6
00:00:00
Lecture – 7
00:00:00
Lecture – 8
00:00:00
Lecture – 9
00:00:00
Lecture – 10
00:00:00
Model set 2022
0/2
Model set -1
Model set-2
Communication System
0/1
Communication System
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