Nitin Kumar

This course includes all the complementary lessons remaining from a learner point of view. Some repeated topics are explained using different examples to understand better. A mix of topics is found to have a better perspective.

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) Physics Crash Course for IIT JEE 2019 Mains and Advanced

Physics Crash Course

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Sprint to JEE - Introduction

Electrostatics - Lecture 2 - Field, Potential and Energy

Electrostatics - Lecture 3 - Energy, Relation and Dipole

Electrostatics - Lecture 4 - Flux, Gauss Law and Solid Angle

Electrostatics - Lecture 1 - Charge and Coulomb's Law

Electrostats, lecture 5 ( conductor, earthing, van de graff)

Electrostats,lecture 6 (Questions)

Geometrical optics, lecture 1 ( reflection, laws, object & image)

Geomterical optics, Lecture 2 ( image formation by plane mirror)

Geometrical optics, lecture 4 (refraction , laws, shifts etc)

Geometrical optics, lecture 3 (image formation by curved mirror & mirror formula)

Geometrical optics, lecture 5 ( apparent depth, parallel shifts , lateral shifts & TIR)

Geometrical optics, lecture 6 (PRISM )

Geometrical optics, lecture 7 (PRISM & Refraction through curved surface)

Geometrical optics, lecture 9 (Questions)

Geometrical optics, lecture 8 (Lens & displacement method)

Wave Optics , lecture 1 ( Hugyen principle, wavefronts & interference)

Wave Optics, lecture 2 ( YDSE)

Wave Optics, lecture 3 ( Thin film insertion & oblique YDSE)

Wave optics, lecture 4 ( Diffraction )

Wave Optics , lecture 5 ( Polarization)

Wave Optics , lecture 6 (Questions)

Alternating current, Lecture 1 ( Basic definitions & circuits)

Alternating current, Lecture 2 ( circuit analysis )

Alternating current, Lecture 3( Resonance, Transformer)

Alternating current, Lecture 4 ( Questions)

EMI, lecture 1(flux, faraday's &lenz law)

EMI, lecture 2(methods to produce emf)

EMI, lecture 3(Rotational emf, time varying B, Inductance)

EMI, lecture 4( LR & LC circuits)

Capacitance, lecture 1 (isolated conductor)

Capacitance, lecture 2 (Capacitors)

Capacitance, lecture 3 (Circuits)

Capacitance, lecture 4 (dielectrics)

Modern Physics , Lecture 1 ( Photoelectric effect)

Modern Physics , Lecture 2( Explanations of PE effect & de-broglie)

Modern Physics , Lecture 3 ( Bohr's model)

Modern Physics , Lecture 4 ( Spectrum & atomic collision)

Modern Physics , Lecture 5 ( x-rays )

Modern Physics , Lecture 6 ( Nuclear Physics)

Modern Physics , Lecture 7 (radioactivity)

Current Electricity, lecture 1 ( current through conductors)

Current Electricity, lecture 2 (resistors & resistance)

Current Electricity, lecture 3(ohm's law, kcl, kvl )

Current Electricity, lecture 4(combination of cells & instruments)

Magnetism, Lecture 1 ( magnets)

Magnetism, Lecture 2 ( field lines, oersted exp, biot-savart)

Magnetism, Lecture 3(field due to diff objects)

Magnetism, Lecture 4 ( ampere's law, solenoid, toroid)

Magnetism, Lecture 5(magnetic force, lorentz force)

Magnetism, Lecture 6 ( magnetic force, lorentz force)

Magnetism, Lecture 7 ( earth's magnetic field, properties of matter)

Magnetism, Lecture 8(properties of matter)

Electromagnetic Waves , Lecture 1 ( production, progation, hertz exp, maxwell )

Electromagnetic Waves, Lecture 2( maxwell eq., wave basic equations)

Optical instruments,Lecture 2(compound microscope, telescope)

Optical instruments,Lecture 1( human eye, simple microscope)

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On YouTube 💢 AR SQUAD 💪
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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.

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Lessons

57 lessons • 1h 24m