Ayush P Gupta

This course starts with the force on a current carrying wire and the related stuff. This course also deals with Biot Savart Law, Ampere Circuital law

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

English

Magnetism

Magnetic Field & Magnetic Forces

Electricity & Magnetism

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

This video describes about the magnetic force acting on a current carrying wire placed inside a magnetic field.

Force on a Current carrying Wire: Part 1

This video continues the lecture of the Part 1. Also it clears the topic with a numerical solution

Force on a Current carrying Wire: Part 2

This video introduces Magnetic Dipole and its calculation in various cases.

Magnetic Dipole: Part 1

This video continues the Part 1 of the magnetic dipole. Also it discusses the torque acting on the current carrying loop placed inside the magnetic field.

Magnetic Dipole: Part 2

This video introduces about the different methods to calculate magnetic field at a point due to a current carrying wire. This video particularly tals about the first method, ie Biot Savart Law.

Biot Savart Law

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.

Magnetic Field due to thin, straight, current carrying wire (using Biot Savart Law)

This video explains the famous Ampere's Circuital Law and its use in deriving the magnetic field expression due to a long, current carrying wire.

(Part 1) Ampere's Circuital Law

This video presents the application of Ampere's Circuital Law to derive the magnetic field on the axis of solenoid and that in toroid.

(Part 2) Magnetic Field along the axis of solenoid; Toroid

This video discusses an important numerical based on Biot Savart's Law concept

Quality Numerical 001 : Biot Savart's Law

This video discusses a numerical based on calculation of magnetic moment.

Quality Numerical 002 : Magnetic Moment and Magnetic Dipole

This video discusses a numerical based om calculation of magnetic moment.

Quality Numerical 003 : Magnetic Torque

This video explains an important numerical dealing with particle present in E and B.

Quality Numerical 004 : Particle in E and B

18 years experience, mentored more than 500 ranks under 1000 including AIR: 21, 87, 273,381) | FIITJEE (Delhi), Narayana, VMC | IIT, Mandi

Pankaj Singh

This course covers each and every inch of Magnetism and Matter targeting JEE.

(Hindi) Magnetism and Matter: IIT JEE

Teaching - Physics & Quant
Founder - The VMD Inst, The VMD GYM, VIReAL Classrooms
Manager - Medical Edu Services Pvt Ltd

Uttam Singh

This is a detailed course on Magnetic effect of electric current. This course consists of lots of tricks and concepts which are very beneficial for JEE Mains and JEE Advanced Aspirants.

(Hindi) Magnetic Effect of Electric Current for IIT JEE

This Course contains lessons which explain Magnetics in details for JEE. You will find very smooth approach to understand the concepts with problem solving.

(Hindi) Magnetic Field and Magnetic Effect of Current: for JEE

Top Physics Faculty for JEE Main and Advanced from Kota.
10+ Years Experience. Ex Resonance Kota and Bansal Classes.
B .Tech - IIT Patna.

Kailash Sharma

In this course I will cover magnetic force on a charge particle, magnetic force on current carrying wire and magnetic force on closed loop.

(Hindi) Magnetic Force: IIT JEE

IIT (BHU) M.Sc. + CSIR NET + 15 Year of teaching experience | 97/123 Students Selected  JEE 2020 |use code : ALOKSLIVE and get 10% discount 

Loknath Sahu

In this course we will be covering all of the topics with Basic concept with tricks

(Hindi) Magnetic Effects of Current - IIT JEE

This course covers the introduction of AC, AC Generator, AC circuits, Resonance in RLC series AC circuits, LC oscillation, Damped and Forced Oscillation.

Lessons

12 lessons • 1h 33m

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Force on a Current carrying Wire: Part 1

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Force on a Current carrying Wire: Part 2

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Magnetic Dipole: Part 1

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Magnetic Dipole: Part 2

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Biot Savart Law

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Magnetic Field due to thin, straight, current carrying wire (using Biot Savart Law)

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(Part 1) Ampere's Circuital Law

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(Part 2) Magnetic Field along the axis of solenoid; Toroid

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Quality Numerical 001 : Biot Savart's Law

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Quality Numerical 002 : Magnetic Moment and Magnetic Dipole

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