I am working as a Physics Faculty for IIT JEE and NEET EXAMS in Extramarks. I also worked in  Base Education Services Bangalore.I teach comp

Jayant Singh

In this course, the educator is discussing 
Oersted Experiment, Biot Savart's Law, Direction of Magnetic Field, Amperes Law, Solenoid, Toroid, Moving Charge Particle in a M.F , Cyclotron Etc.

This section is a one-stop shop for all Medical aspirants. Be thorough with these powerful courses that will give you the right strategy for preparation, and help you crack any pre-medical exam.

NEET UG

Hindi

(Hindi) NEET UG: Magnetic Effect of Current

Magnetism & Matter

Electricity & Magnetism

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Oersted Experiment and Direction of Magnetic Field (in Hindi)

Magnetic Field, Cross Product and Biot-Savart Law (in Hindi)

Magnetic Field due to Finite and Infinite Wire

Application of Biot Savart Law - Magnetic Field due to Finite and Infinite Wire (in Hindi)

Application of Biot Savart Law - Magnetic Field on the Axis of Ring (in Hindi)

Magnetic Field on the centre of Full, Half and Arc part of Ring, Numericals (in Hindi)

Ampere's Circuital Law

Properties of Magnetic Field Lines

Magnetic Field due to Infinite Wire, Hollow Infinite Wire and Solid Infinite Wire

Solenoid for Finite, Infinite Length and Toroid

Solenoid and Toroid

Magnetic Field due to Infinite Current Carrying Sheet and Magnetic Field due to Moving Charge

Force acting on a charged particle Moving in Uniform Magnetic Field Part 1

Force acting on a charged particle Moving in Uniform Magnetic Field Part 2

QUESTIONS - Force acting on a Charge particle Moving in UMF

NEET Last Year Questions on Magnetic Effect of Current - 2012,16,05

Lorentz Force and Force on a Current Carrying Wire in UMF

Force on a Current Carrying Wire in UMF Special Cases

I am Sanjeev Kumar. I was born and brought up in Lucknow,UP. I completed my B.Tech in chemical engineering from IIT-BHU. I secured an AIR 73

Sanjeev Kumar

In this course, the educator is discussing shortcuts and tricks to solve the average value of alternating current for neet ug

(Hindi) Tricks to Solve the Average Value of Alternating Current for NEET UG

In service of bachha party since 2014.
Mentor/Motivator.
Author.
Youtube- iStart-Education

Amrit Lal

This course is all about mastering the concept of Magnetism starting from very basics to high level. Explanation of each and every topic is very easy and numericals on each formula and topic are explained with the help of some new and good examples.

(Hindi) Moving Charge and Magnetism

Chetan Sharma

This Course covers Magnetic Effects of Current. This Course is beneficial for Pre-Medical (NEET and AIIMS) aspirants.

(Hindi) Magnetic Effects of Current : Pre-Medical (NEET and AIIMS)

Have taught Physics to students at Ambition Pre-Medical Institute to help them crack NEET/AIIMS. Worked in toppr and solved doubts with 97%.

Kushagra Tiwari

It deals with the concept of.magnetic field , it's discovery, it's existence due to current carrying wires, force due to magnetic field and Magnetostatics.

Magnetic Field

Academic Qualifications M Sc (Physics) B Ed
Running -Alpha Study Circle
Worked with Delhi Public School and G D Goenka Public School
Aspirat

Gopal Singh Senger

This course covers some important points of Magnetic Dipole (Bar Magnet).

(Hindi) Classical Magnetism

➡️ Physics seems to be a mugging up subject ?
      Maybe you didn't had the right teacher.
⏺️B.Tech NIT Jalandhar 
⏺️JEE Qualified 





Aditya Saxena

In this course, the educator will help learners master all important concepts of electromagnetic induction along with examples. 
At last a practice set of 10 previous years questions will be given and solved so as to give a final touch to the concepts.

Lessons

16 lessons • 34m

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Oersted Experiment and Direction of Magnetic Field (in Hindi)

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Magnetic Field, Cross Product and Biot-Savart Law (in Hindi)

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Application of Biot Savart Law - Magnetic Field due to Finite and Infinite Wire (in Hindi)

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Application of Biot Savart Law - Magnetic Field on the Axis of Ring (in Hindi)

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Magnetic Field on the centre of Full, Half and Arc part of Ring, Numericals (in Hindi)

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Ampere's Circuital Law

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Properties of Magnetic Field Lines

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Magnetic Field due to Infinite Wire, Hollow Infinite Wire and Solid Infinite Wire

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Solenoid and Toroid

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Magnetic Field due to Infinite Current Carrying Sheet and Magnetic Field due to Moving Charge

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