Moving Charges & Magnetism OneShot 💥NCERT Class 12 Physics Chap 4 One shot Subscri @@ArvindAcademy

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One Shot video for Chapter 4 Moving Charges & Magnetism for Class 12 Physics 2024
NCERT Class 12 Physics Chapter 4 Moving Charges & Magnetism One Shot
Full Chapter in 1 Video of Class 12 Physics Chapter 4 Moving Charges & Magnetism

Chapter 4 Moving Charges & Magnetism
Moving Charges & Magnetism
Chap 4 one shot moving charges & magnetism
00:00:00 Introduction
00:03:56 Concept of Magnetic field
00:05:02 Oersted's experiment
00:07:24 Ampere's swimming rule
00:08:37 Oersted's experiment
00:09:21 Biot-Savart's law
00:18:11 direction of dB
00:19:16 special cases
00:21:11 Biot-Savart's law vs Coulomb's law
00:22:32 Points of similarity
00:24:24 points of diffrence :
00:27:44 relation between  
00:31:50 numerical
00:36:53 Magnetic field due to long straight current carrying conductor
00:41:50 Direction of Magnetic field
00:42:31 Rules for finding the direction of a Magnetic field due to straight current carrying conductor
00:43:23 Variation of Magnetic field  with distance from straight current carrying conductor
00:44:36 numerical
00:53:45 Magnetic field at the center of a circular current loop
01:00:10 Magnetic field on the Axis of a circular current loop
01:12:14 special cases
01:14:22 Direction of the Magnetic field
01:14:40 rules for finding the direction of a Magnetic field due to a circular current loop.
01:15:52 Variation of Magnetic field along the Axis of a circular current loop
01:16:29 Magnetic field at the center due to circular segment(arc)
01:18:17 numerical
01:29:33 Ampere's Circuital Law
01:35:06 proof of Ampere's law for a straight current-carrying conductor
01:38:16 Applications of Ampere's law to a straight conductor
01:40:40 Magnetic field inside a straight solenoid
01:42:04 Graph of variation of Magnetic field along the Axis of solenoid
01:42:47 numerical
01:44:07 FORCE ON A MOVING CHARGE IN A MAGNETIC FIELD
01:45:42 special cases
01:47:20 Fleming's left-hand rule
01:49:50 lorentz force
01:50:39 numerical
01:56:05 Force on a current-carrying conductor in a Magnetic field
02:03:37 Magnitude of force
02:04:04 special cases
02:04:42 Direction of force
02:05:11 numerical
02:07:16 Force between two parallel current-carrying conductor
02:15:06 Definition of ampere        
02:16:30 numerical
02:25:27 Torque experienced by a  current loop in a uniform magnetic field
02:26:28 special cases
02:27:11 numerical
02:28:23 Current loop at the magnetic dipole
02:29:40 SI unit of magnetic dipole moment is am2
02:29:58 numerical
02:32:15 Moving coil Galvanometer
02:33:33 Construction (MCG)
02:35:30 WHY
02:39:17 Construction (MCG)
02:40:35 WORKING OF MCG
02:46:43 FIGURE OF MERIT OF Galvanometer
02:47:33 Sensitivity OF Galvanometer
02:49:22 Force affects the Sensitivity OF the Galvanometer
02:49:48 Factors by which the Sensitivity of moving coil Galvanometer can be increased:
02:51:25 Advantages moving coil Galvanometer
02:53:02 Disadvantages moving coil Galvanometer
02:53:56 numerical
02:55:43 Galvanometer can detect the direction of current
02:56:11 Galvanometer directly not used to measure current
02:56:48 Conversion of a galvanometer into an ammeter
03:03:08 uses of shunt
03:04:05 Conversion of a galvanometer into a voltmeter
03:06:25 numerical
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