A game-changer in Mathematics, produced 100 percentilers multiple times, AIR 33 & 34 (Mains 2024), his courses are the Benchmark for IIT JEE

Vineet Loomba

This is a new course on electrostatics for jee main and neet aspirants made by vineet loomba. This course is very comprehensive and aims to deliver the concepts in the easiest possible manner. This course covers the electric charges and fields.

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) Electrostatics - Electric Charges and Fields for JEE Main

Coulomb's Law & Electric Field

Electricity & Magnetism

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

This is the intro video which must be watched by everyone before starting the course

Mastering Electric Charges and Field in Electrostatics (in Hindi)

This lesson explains basics of charge and principle of conservation of charges

Charges Important Properties and Conservation (in Hindi)

This lessons discusses the concept of quantisation of Charge

Quantisation of Charges (in Hindi)

This lesson explains the methods of charging by friction, conduction and induction

Methods of Charging (in Hindi)

This lesson explains the concept of coulomb's Law

Coulomb's Law Important Points (in Hindi)

This lesson takes up questions on coulomb's Law

Coulomb's Law Conceptual Numericals

This lessons explains the limitations of coulomb's law and principle of superposition is also explained in the end

Coulomb's Law : Limitations

This lesson discusses numericals on vector form and short trick for polygon in coulombs law

Coulomb's Law: Numericals - 1

This lesson takes up numericals on polygon type for coulomb's law

Coulomb's Law : Numericals - 2

This takes up equilibrium cases in coulombs law

Coulomb's Law: Equilibrium Problems -1

This takes up more numericals on equilibrium cases of coulombs law

Coulomb's Law: Equlibrium Numericals-2

This lesson explains the concept of permittivity and relative Permittivity

Permittivity and Relative Permittivity (Dielectric Constant) #1

This lesson concludes the discussion on permittivity and relative Permittivity or dielectric constant

Permittivity and Dielectric Constant #2

This lesson explains the concept of electric field and electric field intensity

Electric Field and Electric Field Intensity

This lesson explains the concept of electric field intensity due to point charges

Electric Field Intensity due to Point Charges

This lesson takes up numericals on electric field intensity due to point charges

Numericals on E Due to point Charges

This lesson takes up equilibrium type problems on electric field intensity

Equilibrium Problems in Electric Field Intensity

This lesson introduces the concept to draw graphs between E and x

Graph of E vs x (Part-1)

This lessons concludes the discussion on graphs of Electric field vs distance

Graph of E vs X (Part-2)

This lesson explains the concept of linear charge density, surface charge density, volume charge density. Also it discusses the electric field intensity due to continuous charge on a wire at a distance a from one end along the axis of the wire

Electric Field due to Continuous Charges ( Along the wire / Rod)

This lesson explains the concept of calculating electric field intensity due continuous charge distribution on semi circular ring at center

Electric Field due to Continuous Charges (Semi-Circular Ring / Wire)

This lesson discusses the method to find electric field intensity at center due to charge distributed in a quadrant

Electric Field Due to Continuous Charge (Quadrant Distribution)

This lesson explains very important case to calculate electric field intensity due to linear charge on a rod at any point at distance a from rod

(Very Important) Electric Field due to Finite linear charge at any Point

This lesson discusses the concept of electric field intensity on the axis of uniformly charged ring

Electric Field on the Axis of a Charged Ring Part-1 (Boards)

This lesson discusses the concept of electric field intensity on the axis of uniformly charged ring, its maximum value and its graph

Electric Field on the Axis of Charged Ring (JEE | NEET) Part-2

This lesson discusses the concept of motion of a charged particle in electric field

Motion of Charged Particle in Electric Field (Part-1)

This lesson takes up various jee main and jee advanced level problems on motion of a charged particle in electric field

Problems on Motion of Charged Particle in Electric Field (Part-2)

This lesson introduces the concept of electric field lines

Electric Field Lines | Electric Lines of Force (Part-1)

This lesson takes up more properties of Electric field lines

Electric Field Lines | Electric Lines of Force (Part-2)

This lesson takes more properties and previous year questions on electric lines of force

Electric Field Lines | Electric Lines of Force (Part-3)

This lesson concludes the discussion on electric field lines

Electric Field Lines | Electric Lines of Force (Part-4)

This lesson introduces the concept of dipole and dipole moment. Also the electric field intensity on the axis of dipole has been calculated

Electric Dipole and Electric Field on Axial Axis (Part-1)

This lesson discusses the derivative of electric field intensity on Equatorial axis of the dipole

Electric field due to dipole on equatorial axis (Part-2)

This lesson discusses the derivation of electric field intensity due to dipole at any point

Electric Field due to Dipole at any Point (Part-3)

This lesson derives the formula for torque experienced in a uniform electric field

Torque on Electric Dipole (Part-1)

This lesson discusses stable and unstable Equilibrium. Also it explains the situations where torque will be maximum and minimum

Torque: Max and min | Stable and Unstable Equilibrium (Part-2)

This lesson takes up problems on torque on electric dipole placed in uniform electric field

Advanced Problems on Torque on Electric Dipole (Part-3)

This lesson takes up the concept of electric Flux for jee main and neet exams

Electric Flux For JEE Main | NEET

This lesson takes up problems on Electric flux

Electric Flux Typical Problems For JEE Main NEET Boards

This lesson takes up the Concept of Gauss Law for JEE Main NEET and Board Exams

Gauss Law for JEE Main | NEET | Boards

This lesson takes up problems on Gauss Law

Gauss Law Problems -1

This lesson takes up advanced problems on Gauss Law

Gauss Law Problems For JEE Main NEET -2

This lesson takes up the derivation of electric field intensity due to Infinitely long wire

Electric Field due to Infinite Long Wire (Gauss Law)

This lesson takes up typical jee advanced problem on calculating flux on a rectangular sheet due to infinite linear charge distribution

JATP-JEE Advanced Typical Problem (Infinite Wire)

This lesson takes up the derivation of electric field intensity due infinitely long uniformly charged solid (Conducting) Cylinder and Hollow conducting and Non-conducting cylinders

Electric Field due to cylinder (Hollow and Solid) Part-1

This lesson discusses electric field due to solid Non-conducting uniformly charged sphere. Inside and outside cases have been discussed

Electric Field due to Solid Non-conducting Cylinder

This lesson takes up the concept of electric field due to Uniformly Charged Infinite sheet

Electric field due to Uniformly Charged Infinite Sheet

This lesson takes up the concept of electric field intensity due to Uniformly charged solid conduction sphere and hollow conducting and Non-conducting spheres

Electric Field Intensity due to Solid and Hollow Spheres (Part-1)

This lesson explains the Concept of calculating electric field intensity due to non-conducting (Dielectric) uniformly charged sphere inside and outside

Electric Field due to Non-conducting Solid Spheres (Uniform Distribution)

This lesson discusses the concept of calculating electric field intensity due to Non-uniformly Charged Non-conducting dielectric sphere

Electric Field due to Non-uniformly Charged Dielectric Sphere

This lesson discusses previous year problems on Electrostatics-1 for jee main and advanced

Prev Year JEE Main Problem (Important)

This lesson takes up another previous year jee advanced problem on gauss law

Previous Year JEE Advanced Problems Part-1

This lesson discusses jee advanced passage type problem on gauss law

JEE Advanced Passage Type Problem

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

Aayush Rathi

In this course we will cover all the basic concepts of ELECTROSTATICS with concept building numericals required to crack JEE MAIN, JEE ADVANCED, NEET and other entrance exams.

(Hindi) Electrostatics

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 in depth knowledge of Electric Potential and Potential Energy with solved examples.

(Hindi) Electric Potential and Potential Energy : IIT JEE

This course cover the multiple topics starting from electric line of force, calculation of electric flux and then Gauss's Theorem and it's application.

(Hindi) Electrostatics: Electric Flux and Gauss's Theorem

This course is all about conductors including their properties, electric field, potential and energy related problems of conductors.

(Hindi) Electrostatics: Conductors

Currently pursuing B.Tech in Electronics and Communication .

Mohammad Saad

In this course we are going to study what is electric flux and Gauss law, Question Based on Gauss law, Application of Gauss law.

(Hindi) Electric Field and Gauss Law : IIT JEE

✔️VERIFIED EDUCATOR Pursuing in PH. D 
M. TECH(GOLD-MEDALIST ).Clear the exam AIEEE in 2007
Learn physics in easy way 
6+ Yr. EXPERIENCE 

Ashok 

In this course, we will provide you full concept and detailed knowledge of Potential and Capacitor through Numerical. Here i will cover completely NCERT Solved + Unsolved Problem.

Lessons

53 lessons • 9h 4m