I 11+ years experience I Produced JEE Ranks Under AIR  50 I Ex- FIITJEE ,Ex - NARAYANA I Now owner of PHYSICS QUANTUM I You Tuber I LOVES Re

Himanshu Sachdeva

This course helps the students in writing the answers for their Board examinations. In this course we demonstrate(Through Previous Year Questions) step by step methodology to write the answers in proper format for Board examinations and get maximum marks out of it.

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

Hindi

(Hindi) Crash Course on Magnetism (Boards) for Jee Aspirants

Physics Crash Course

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

In this lesson student is taught how to write the answers in boards for questions related to magnetic force on moving charge.

Magnetic Force on a Charge (in Hindi)

In this lesson students are taught about how to write answers related to force time period kinetic energy ratio of radii for the charged particles entering in the region of uniform magnetic field. through previous year questions we have explained clearly the marking scheme to the students so that they do not miss out on important keywords and points.

Circular Path of Charged Particles (in Hindi)

The lesson deals with the concept of ratio of radii frequency Force for charged particles moving in a region of uniform magnetic field perpendicular to it. The lesson also discusses about the concept of helical motion of charged particle and its derivation.

Magnetic force and Helical Path (in Hindi)

In this lesson we have discussed the Lorentz Force acting on a charged particle and we have also discuss the concept of velocity selector. at the end of the chapter we have discussed the expression for the force experienced by a current carrying conductor in uniform magnetic field

Lorentz force (in Hindi)

In this lesson we have discussed the concept of cyclotron. Through a  five marks question we have tried to explain all the concepts of cyclotron its working its construction principle ,limitations as well as uses

Cyclotron (in Hindi)

The lesson deals with the expression of Biot Savart law and derivation of magnetic field due to a long current carrying conductor using biot-savart's law. we have also discussed about the relation between speed of light permeability and permittivity in free space.

Biot Savarts Law

In this lesson we have discussed biot-savart's  law and its application on the numericals. With the previous year questions we have discussed the marking scheme for the benefit of the students.

Numericals on Biot Savarts Law

The lesson deals with the application of Biot Savart law in calculating magnetic field due to geometrical shapes. The lesson also discusses the concept of neutral points for two parallel conductors.

Numericals on Biot Savarts Law - Part 2

The lesson deals with the concept of field due to circular coil at centre. the concept is further explained by the means of numerical questions which are expected in board exams.

Field at Centre due to Circular coil

The lesson discusses the conceptual questions based on the concept of field due to current carrying coil. In this lesson we have also discussed the field at the centre of symmetrical geometrical objects which is very important from boards and competition point of view.

Conceptual Questions and Numericals

In the this lesson we have discussed the numericals based on field due to current carrying coil at its centre. In this lesson we have discussed certain expected questions which may be asked in your Board examinations this year so the lesson holds highest relevance.

Conceptual Questions and Numericals -2

In this lesson we have derived the field due to a magnetic circular coil at any point along its axis. this is one of the favourite concept which is alternatively asked in Board examinations every other year.

Field at Axial Point due to Circular Coil

The lesson starts with numerical based on non planar concentric coils and discuss this further about ampere's circuital law and its applications. Using ampere circuital law magnetic field due to a long wire at a point P is evaluated.

Numericals + Ampere Circuital Law

In this lesson we have discussed the Derivation for solenoid and toroid creating magnetic field.

Solenoid and Toroid

I'm your AR & you're my Squad! 
On YouTube 💢 AR SQUAD 💪
Teacher | Entertainer | Coach

Aayush Rathi

In this course we will understand all the basic concepts of differentiation, integration and solid angle. These concepts have their application in almost all the areas of physics and a proper understanding of these concepts is necessary. We will also see some applications of these concepts towards the end lessons of this course..

(Hindi) IIT JEE: Mathematical Tools For Basics Of Differentiation, Integration & Solid Angle

Mansargun Kaur

Revision amd Previous Year Questions on EM waves are covered in this course.

(Hindi) Electromagnetic Waves for IIT JEE

Hello everyone...I am doing Integrated M.sc in Mathematics and Computing from BIT Mesra.I am very much interested in programming and web des

Divyasha Sinha

This course will be helpful for students who are pursuing a bachelors degree and even for those who are preparing for JAM

(Hindi) Vector Spaces- IIT JAM

Consultant at Capgemini, Inquisitive in nature, PGDM from FSM, Delhi. Love to teach. Can discuss anything under the sun.

Vikas Joshi

After discussing the major portion of modern physics in the previous courses, this course will provide the most important questions based on modern physics. The course will also provide the best suitable solutions for the questions.

Lessons

15 lessons • 3h 17m

Invalid Date

NaN

Magnetic Force on a Charge (in Hindi)

Invalid Date

NaN

Circular Path of Charged Particles (in Hindi)

Invalid Date

NaN

Magnetic force and Helical Path (in Hindi)

Invalid Date

NaN

Lorentz force (in Hindi)

Invalid Date

NaN

Cyclotron (in Hindi)

Invalid Date

NaN

Biot Savarts Law

Invalid Date

NaN

Numericals on Biot Savarts Law

Invalid Date

NaN

Numericals on Biot Savarts Law - Part 2

Invalid Date

NaN

Field at Centre due to Circular coil

Invalid Date

NaN

Conceptual Questions and Numericals

+ See all lessons