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Magnetic Field due to a Current Carrying Straight Wire (Part-2) (in Hindi)
Lesson 7 of 21 • 101 upvotes • 7:10mins
Uttam Singh
In this lesson, formula for magnetic field intensity due to a straight current carrying wire has been derived.
(Hindi) Moving Charges and Magnetism: Class 12 NCERT (Revision)
21 lessons • 4h 2m
1
Big Announcement - A Chance to Study with Uttam Sir Personally
6:37mins
2
Course Overview (in Hindi)
6:15mins
3
Oersted's Experiment (in Hindi)
7:52mins
4
Rules to Determine Direction of Magnetic Field (in Hindi)
9:49mins
5
Biot - Savart's Law (in Hindi)
14:35mins
6
Magnetic Field due to a Current Carrying Straight Wire (Part-1) (in Hindi)
13:01mins
7
Magnetic Field due to a Current Carrying Straight Wire (Part-2) (in Hindi)
7:10mins
8
Magnetic field due to a current carrying circular loop (Part-1) (in Hindi)
14:57mins
9
Magnetic field due to a current carrying circular loop (Part-2) (in Hindi)
11:15mins
10
Lorentz magnetic force (in Hindi)
15:00mins
11
Fleming's left hand rule (in Hindi)
10:01mins
12
Force on a current carrying conductor in magnetic field (in Hindi)
14:49mins
13
Forces between two parallel infinitely long current carrying conductors (Part-1) (in Hindi)
11:12mins
14
Forces between two parallel infinitely long current carrying conductors (Part-2) (in Hindi)
12:02mins
15
Definition of Ampere (in Hindi)
11:54mins
16
Torque experienced by a current loop in magnetic field (Part-1) (in Hindi)
14:40mins
17
Torque experienced by a current loop in magnetic field (Part-2) (in Hindi)
14:55mins
18
Torque experienced by a current loop in magnetic field (Part-3) (in Hindi)
10:40mins
19
Moving coil galvanometer (in Hindi)
13:04mins
20
Current and Voltage Sensitivity (in Hindi)
11:30mins
21
Conversion of Galvanometer to Ammeter and Voltmeter (in Hindi)
11:21mins
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