Sprint to JEE - Introduction

Sprint to JEE - Introduction

10:38mins

Electrostatics - Lecture 2 - Field, Potential and Energy

12:42mins

Electrostatics - Lecture 3 - Energy, Relation and Dipole

14:50mins

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

10:33mins

Electrostatics - Lecture 1 - Charge and Coulomb's Law

11:58mins

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

10:30mins

Electrostats,lecture 6 (Questions)

2:39mins

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

10:10mins

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

10:21mins

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

5:08mins

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

7:28mins

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

8:12mins

Geometrical optics, lecture 6 (PRISM )

7:01mins

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

7:58mins

Geometrical optics, lecture 9 (Questions)

3:14mins

Geometrical optics, lecture 8 (Lens & displacement method)

9:56mins

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

7:14mins

Wave Optics, lecture 2 ( YDSE)

8:11mins

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

8:29mins

Wave optics, lecture 4 ( Diffraction )

8:19mins

Wave Optics , lecture 5 ( Polarization)

8:35mins

Wave Optics , lecture 6 (Questions)

2:50mins

Alternating current, Lecture 1 ( Basic definitions & circuits)

8:27mins

Alternating current, Lecture 2 ( circuit analysis )

7:14mins

Alternating current, Lecture 3( Resonance, Transformer)

9:35mins

Alternating current, Lecture 4 ( Questions)

2:25mins

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

6:56mins

EMI, lecture 2(methods to produce emf)

8:44mins

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

8:25mins

EMI, lecture 4( LR & LC circuits)

10:12mins

Capacitance, lecture 1 (isolated conductor)

8:00mins

Capacitance, lecture 2 (Capacitors)

8:27mins

Capacitance, lecture 3 (Circuits)

8:32mins

Capacitance, lecture 4 (dielectrics)

8:13mins

Modern Physics , Lecture 1 ( Photoelectric effect)

8:05mins

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

9:12mins

Modern Physics , Lecture 3 ( Bohr's model)

8:37mins

Modern Physics , Lecture 4 ( Spectrum & atomic collision)

9:18mins

Modern Physics , Lecture 5 ( x-rays )

8:01mins

Modern Physics , Lecture 6 ( Nuclear Physics)

9:35mins

Modern Physics , Lecture 7 (radioactivity)

9:32mins

Current Electricity, lecture 1 ( current through conductors)

9:33mins

Current Electricity, lecture 2 (resistors & resistance)

8:02mins

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

9:01mins

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

9:29mins

Magnetism, Lecture 1 ( magnets)

8:32mins

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

8:21mins

Magnetism, Lecture 3(field due to diff objects)

8:19mins

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

8:00mins

Magnetism, Lecture 5(magnetic force, lorentz force)

8:00mins

Magnetism, Lecture 6 ( magnetic force, lorentz force)

8:01mins

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

8:01mins

Magnetism, Lecture 8(properties of matter)

8:18mins

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

8:52mins

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

8:34mins

Optical instruments,Lecture 2(compound microscope, telescope)

4:22mins

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

8:50mins