By profession I am a teacher.
Having vast experience in preparing students for IITJEE./NEET
R.K Mishra
B.E IIT MADRAS , Msc Physics
Ex Facul

Ravish Kumar Mishra

This course covers the full syllabus of Physics class XII part 1 with a clear explanation of all concepts and theory required to clear the exam.
NOTE: This course contains two seperate module of class XII and this module contains the unit of 1st part.
Unit covered: (1) Electrostatics
(2)Current Electricity (3) Magnetism (4) EMI and AC.
Tags: physics notes for class 12 in hindi, Electrostatics, Curent Electricity, Magnetism, Electromagnetic Induction.

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) Concepts of Physics: Part 1

Physics

JEE (Joint Entrance Examination) Preparation

Physics Crash Course

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Overview (in Hindi)

This lesson focuses on discussion of charges and its properties, derivation of Coulomb's law, nature of forces, properties and dependency on medium with all possible cases.

Electrostatics: Charge and Properties, Coulomb's law, Vector form, Cases (in Hindi)

This lesson includes discussion of 
Forces in vector form, various units, distribution of charges in macrolevel, linear, surface and volume charge density, various possible cases for numerical.

Electrostatics: Electric Force, Superposition, Charge Distribution and Density (in Hindi)

This lesson includes discussion of Electric field, superposition principle, electric line of force due to point charge, pair of charges, uniform field, properties of Electric field.

Electrostatics: Electric field, Superposition Principle, Properties of Electric Field (in Hindi)

This lesson includes discussion of
electric dipole, torque on electric dipole, electric dipole placed in an external electric field, work done on electric dipole all the posible cases.

Electrostatics: Torque, Work Done, Electric Dipole Field (in Hindi)

This lesson includes discussion of the line integral of Electric field, electric potential, potential difference, EP due to point charge, due to group of charges, due to electric dipole, concepts of equipotential surface and their properties, Electrostatics potential energy.

Electrostatics: Electric Potential, Electric Dipole, Equipotential Surface (in Hindi)

This lesson is in continuation with part 3. Here we will be discussing concept of area vector, solid angle, electric flux, Gauss theorem, its proof, derivation of Coulombs law from gauss theorem, application of Gauss theorem: electric field Intensity due to line charge, plane sheet of charges (all possible cases), spherical shell.

Electrostatics: Gauss's Law and Application, Flux, Electric Field Intensity (in Hindi)

This lesson includes discussion of
electric current, concept of convectional current, drift velocity, current density, various relationships, Ohms law, concept of resistance, resistivity, conductance, conductivity, temperature dependence, colour coding of carbon resistor, series parallel combination.

Current Electricity: Drift Velocity, Ohm's Law, Temperature Dependence, R equivalent (in Hindi)

This lesson is in continuation with part 1, here we will be discussing concept of emf and pottential difference, internal resistance, series and parallel combination of.cells.

Current Electricity: EMF, Internal Resistance, Combination of Cell (in Hindi)

This lesson includes discussion of Kirchoff's laws of electricity, node law, loop law, wheatstone bridge principle, derivation, meter bridge, possible cases of numerical, potentiometer, principle, comparison of emf of two cell, calculation of unknown internal resistance.

Current Electricity: Kirchoff's Law, Wheat Stone Bridge, Meter Bridge and Potentiometer (in Hindi)

This lesson includes discussion of the magnetic effect of current - Oersted's experiment, Amperes swimming rule, Maxwell's cork rule, right hand thumb rule, Biot Savarts law, magnetic field due to infinitely long straight current carrying conductor, magnetic field due to circular loop carrying conductors, magnetic field due to solenoid.

Magnetism: Oersted's Experiment, Rules, Biot Savart law and Applications (in Hindi)

This lesson includes discussion of Lorentz magnetic force, Fleming's left hand rule, force on moving charges in uniform electric and magnetic field, force between to current carrying conductors, concept of ampere, representation of field due to parallel current carrying conductors, torque, moving coil galvanometer, conversion of galvanometer into ammeter and voltmeter, difference between ammeter and voltmeter.

Magnetism: Lorentz Force, Fleming's Rule, Force on Moving Charges, Current Carrying Conductor (in Hindi)

This lesson includes discussion of Cyclotron, working, uses, derivations, Ampere's circuital law, application: magnetic field calculation due to current carrying Solenoid, Toroid.

Magnetism: Cyclotron, Ampere's Circuital Law, Magnetic field due to Solenoid, Toroid (in Hindi)

This lesson includes discussion of bar magnet and its properties, current loop as magnetic dipole, dipole moment, Coulombs law in magnetism, important terms in magnetism, magnetic field due to magnetic dipole, torque and work done, terrestial magnetism, earths magnetism, elements of earths magnetism, properties of magnetic matterials: dia, para, ferro, Currie law, Hystersis effect.

Magnetism: Current loop, Magnetic Dipole, Earth's Magnetism, Magnetic Materials (in Hindi)

This lesson includes discussion of concepts of magnetic flux, Faraday's experiments, observation, Fardays law of. EMI, Lenzs law  energy conservation considerations, expression of induced emf, induced current, the amount of charge calculation, method of producing Induced emf. .

Electromagnetic Induction: Concept of Flux, Faraday's Law, Experiments, Lenz's Law (in Hindi)

This lesson includes discussion of methods of producing emf, concepts of eddy current, its uses, concept of induction, self induction, derivation of self induction due to solenoid, mutual induction and mutual inductance, derivation of coefficeint of mutual inductance, important points asked in competitive examinations.

Electromagnetic Induction: Induced EMF, Eddy Current, Induction: Self, Mutual (in Hindi)

This lesson includes discussion of alternating current, average value of AC and alternating voltage, AC circuit containing resistance only, inductor only, capacitor only, series LCR circuit, concept of resonance, conditional, resonance frequency, quality factor, various graphs.

Alternating Current: AC Circuit with Resistance, Inductor, Capacitor, Series RlC, Resonance (in Hindi)

This lesson is in continuation of part 1A . Here we will be discussing concept of wattless current, power factor, expression for average power, aparent power, power factor, various cases, LC oscillation, working, derivations, Tansformer, types, principle, working, losses, AC generator, working, various graphs.

Alternating Current: Power factor, Transformer and Generator (in Hindi)

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

Abhishek Kumar

This course will be covering the solution of important questions from every chapter of book by Dr. HC Verma. The solution will be explained thoroughly discussing the basic concept regarding that specific topic. It will help the learner to understand the practical approach of solving questions.

Physics Practice Problems - Solution of HC Verma

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

This lesson includes the detail short tricks to solve Numericals in Physics.This is designed to meet the current competitive pattern and mainly covers past 10year IITJEE/NEET questions.

Lessons

18 lessons • 3h 27m

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Overview (in Hindi)

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Electrostatics: Charge and Properties, Coulomb's law, Vector form, Cases (in Hindi)

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Electrostatics: Electric Force, Superposition, Charge Distribution and Density (in Hindi)

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Electrostatics: Electric field, Superposition Principle, Properties of Electric Field (in Hindi)

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Electrostatics: Torque, Work Done, Electric Dipole Field (in Hindi)

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Electrostatics: Electric Potential, Electric Dipole, Equipotential Surface (in Hindi)

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Electrostatics: Gauss's Law and Application, Flux, Electric Field Intensity (in Hindi)

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Current Electricity: Drift Velocity, Ohm's Law, Temperature Dependence, R equivalent (in Hindi)

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Current Electricity: EMF, Internal Resistance, Combination of Cell (in Hindi)

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Current Electricity: Kirchoff's Law, Wheat Stone Bridge, Meter Bridge and Potentiometer (in Hindi)

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