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Magnetic Field due to thin, straight, current carrying wire (using Biot Savart Law)
Lesson 6 of 12 • 4 upvotes • 7:47mins
Ayush P Gupta
This video derives the expression of magnetic field at a point due to a thin, straight, current carrying wire using the Biot Savart Law expression.
Magnetism
12 lessons • 1h 33m
1
Force on a Current carrying Wire: Part 1
8:52mins
2
Force on a Current carrying Wire: Part 2
5:05mins
3
Magnetic Dipole: Part 1
4:49mins
4
Magnetic Dipole: Part 2
9:46mins
5
Biot Savart Law
3:18mins
6
Magnetic Field due to thin, straight, current carrying wire (using Biot Savart Law)
7:47mins
7
(Part 1) Ampere's Circuital Law
10:30mins
8
(Part 2) Magnetic Field along the axis of solenoid; Toroid
8:12mins
9
Quality Numerical 001 : Biot Savart's Law
6:37mins
10
Quality Numerical 002 : Magnetic Moment and Magnetic Dipole
9:34mins
11
Quality Numerical 003 : Magnetic Torque
7:52mins
12
Quality Numerical 004 : Particle in E and B
11:04mins
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