Download the Arvind Academy app
(Google Play) Download Arvind Academy app http://bit.ly/2kTWbkj
& See in the store section.

Join Free Arvind Academy Telegram Channel
https://t.me/arvindacademyyoutube

All Video Lectures (One Shot / PYQ / Derivations / MCQ / NCERT Solutions / Detailed Videos(PUREGOLD SERIES) https://docs.google.com/spreadsheets/...
after opening the Library Scroll the Mobile screen (sideways & up & down to see all lecture Links)

Moving Charges & Magnetism, One shot video of 12th Physics Chapter 4 Moving Charges & Magnetism for CBSE Board Exams 2025, Class 12 physics NCERT Chapter 4 Moving Charges & Magnetism, Full Chapter in one Video, This oneshot video of Class 12 physics NCERT Chapter 4 Moving Charges & Magnetism is also very helpful for NEET aspirants, NEET 2025, Full Chapter in one Video, Oneshot video of 12th physics Chapter 4 Moving Charges & Magnetism for CBSE Board Exams 2025

One Shot Video of Moving Charges & Magnetism for 2025

#oneshotvideos #arvindacademy #neet #movingchargesandmagnetism
00:00:00 Introduction
00:03:06 Concept of Magnetic Field
00:04:13 Oersted's Experiment
00:07:29 Biot Savart Law
00:12:31 Direction of
00:13:26 Relation between
00:14:00 Special Cases
00:15:28 Numerical
00:18:57 Magnetic field due to straight Current carrying conductor
00:22:25 Direction of magnetic field due to straight C.C. wire
00:22:47 Graph
00:23:51 Numerical
00:30:30 Magnetic field at the Centre of the circular current loop
00:32:50 Derivation
00:35:00 Magnetic field on the Axis of a Circular Current loop
00:37:57 Clock face Rule in C C loop
00:46:53 Magnetic field at centre due to Circular Segment
00:48:58 Numerical
01:01:10 Ampere's Circuital Law
01:05:13 Proof of Ampere's Law
01:08:24 Application of Ampere's Law to a Straight Conductor
01:10:39 Numerical
01:21:37 Force on a Moving Charge in a Magnetic Field
01:24:39 Fleming's Left Hand Rule
01:26:34 Numerical
01:30:39 Force on a Current carrying Conductor in a magnetic field
01:32:57 Derivation
01:38:28 Direction of force
01:38:52 Force between two Parallel Curren Carrying Conductor
01:40:37 Derivation
01:44:40 Numerical
01:47:10 Definition of ampere
01:49:48 Torque experienced by a current loop in a uniform Magnetic field
01:51:15 Numerical
01:52:16 Current loop as a Magnetic Dipole
01:54:05 Moving coil Galvanometer
01:58:35 Construction
02:08:50 Working of MCG
02:13:03 Figure of merit of Galvanometer
02:14:00 Sensitivity of a Galvanometer
02:18:58 Advantages of a moving coil galvanometer
02:20:09 Disadvantages of a moving coil galvanometer
02:20:59 Conversion of a Galvanometer into an Ammeter
02:25:38 Derivation
02:28:07 Uses of shunt
02:28:52 Conversion of a Galvanometer into a Voltmeter
02:30:28 Derivation
02:31:48 Numerical