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Course Features
Video Lectures Description
This Course Contains
1.1 Introduction to Electrostatics Preview
10:19 Min
1.2 Charges and its Types Preview
5:11 Min
1.3 Electric Force Preview
10:42 Min
1.4 Electric Field Preview
7:18 Min
1.5 Types of Charge Distribution Preview
4:35 Min
1.6 Electric Flux Preview
4:14 Min
1.7 Electric Field due to Different Shapes Preview
4:31 Min
1.8 Electric Dipole Preview
13:00 Min
2.1 Introduction to Current Electricity Preview
6:22 Min
2.2 Electric Current and Factors effecting it Preview
14:01 Min
2.3 Resistance and parameters on which it depends Preview
15:06 Min
2.4 Colour Codes of resistors and Combination of Resistors Preview
10:05 Min
2.5 EMF of a cell and Combination of cells Preview
15:40 Min
2.6 Kirchoff's Laws and Wheatstone bridge Preview
16:48 Min
2.7 Thermal Effects of Current Preview
8:34 Min
2.8 Electric Fuse and M.P. Theorem Preview
7:02 Min
3.1 Introduction to Electric Potential Preview
14:46 Min
3.2 Electrostatic Potential Energy and Electrostatic Potential Preview
7:50 Min
3.3 Electrostatic Potential due to a dipole Preview
6:15 Min
3.4 Equipotential Surface Preview
8:08 Min
3.5 Electrostatic Potential Energy Preview
7:27 Min
3.6 Electrostatics of Conductors Preview
11:59 Min
3.7 Introduction to Capacitors and Capacitance Preview
4:10 Min
3.8 Combination of Capacitors Preview
10:14 Min
3.9 Energy Stored in Capacitors Preview
3:26 Min
3.10 Van de Graff Generator Preview
5:22 Min
4.1 Faraday's laws of Electromagnetic Induction Preview
19:44 Min
4.2 Motional EMF: A cause of Magnetic flux change Preview
24:42 Min
4.3 Lenz Law: Introduction and application Preview
24:21 Min
4.4 Self-Induction and Mutual Inductance: Introduction and application Preview
21:07 Min
4.5 Device Application based on Electromagnetic Induction Preview
21:52 Min
4.6 JEE - Problem Discussion Preview
18:16 Min
5.1 Introduction to Magnetism and matter Preview
05:49 Min
5.2 Bar magnet and it's properties Preview
09:13 Min
5.3 Current Loop as a magnetic dipole and dipole moment Preview
22:49 Min
5.4 Dipole moment of bar magnet and coulomb's law in magnetism Preview
15:26 Min
5.5 Important terms in magnetism and magnetic field Preview
23:22 Min
5.6 Torque and work done on a magnetic dipole Preview
16:01 Min
5.7 Terrestrial magnetism Preview
19:56 Min
5.8 Elements of earth's Magnetism Preview
14:34 Min
5.9 Magnetic materials Preview
13:51 Min
5.10 Curie's law and Hysteresis Preview
15:51 Min
5.11 Previous year questions Preview
6.1 Introduction to Magnetism Preview
14:13 Min
6.2 Magnetic Dipole Preview
11:42 Min
6.3 Torque due to a Dipole in a Magnetic Field Preview
6.4 Magnetic Dipole Moment of a Revolving electron Preview
9:17 Min
6.5 Force between two Current Carrying Conductors Preview
5:58 Min
6.6 Moving Coil Galvanometer Preview
16:19 Min
7.1 Introduction to Ray Optics Preview
5:16 Min
7.2 Introduction of Light as Ray Preview
4:38 Min
7.3 Reflection through Plane surfaces Preview
14:54 Min
7.4 Reflection through Curved Surfaces Preview
19:11 Min
7.5 Refraction through Plane surfaces Preview
37:14 Min
7.6 Refraction through Spherical surfaces Preview
21:29 Min
7.7 Lens Preview
22:27 Min
7.8 Prisms Preview
15:28 Min
7.9 Dispersion and its natural occurrence Preview
15:02 Min
7.10 Microscopes & Telescopes Preview
23:45 Min
7.11 JEE Questions Preview
12:02 Min
8.1 Electromagnetic Waves Preview
14:23 Min
8.2 Maxwell Relations Preview
19:20 Min
8.3 Intensity Preview
10:45 Min
8.4 Past Year Questions Preview
07:41 Min
9.1 Alternating Current Introduction Preview
5:55 Min
9.2 AC Across Resistance Preview
18:45 Min
9.3 Power Preview
20:32 Min
9.4 Previous year questions Preview
11:56 Min
10.1 Introduction to Modern Physics Preview
05:57 Min
10.2 Introduction of Modern Physics Preview
12:32 Min
10.3 Photoelectric Effect Preview
62:10 Min
10.4 de Broglie's Hypothesis Preview
28:50 Min
10.5 Davisson-Germer Experiment Preview
18:27 Min
10.6 Plum-Pudding Model and Rutherford's Model Preview
23:09 Min
10.7 Bohr's Atomic Theory Preview
32:37 Min
10.8 X-Rays Preview
34:22 Min
10.9 Nuclear Physics Preview
10.10 JEE Questions Preview
11.1 Introduction-Wave Optics Preview
11.2 Huygens’s Principle Preview
19:43 Min
11.3 Coherent Sources Preview
27:34 Min
11.4 Intensities of Maxima and Minima Preview
20:31 Min
11.5 Young's Double Slit Experiment Preview
21:36 Min
11.6 Distribution of Intensities Preview
22:40 Min
11.7 Diffraction Preview
21:01 Min
11.8 Polarization Preview
21:49 Min
11.9 Brewster's Law Preview
12:20 Min
11.10 IIT JEE Questions Preview
20:57 Min
12.1 Introduction and Energy Band Diagram Preview
13:30 Min
12.2 Intrinsic and Extrinsic semiconductor Preview
24:19 Min
12.3 Fermi Energy and Mass action law Preview
25:30 Min
12.4 P-N Junction Diode Preview
21:08 Min
12.5 Conduction in metals and semiconductor. Diffusion Current Preview
25:05 Min
12.6 Zener and Avalanche breakdown Preview
13:25 Min
12.7 Hall effect Preview
11:02 Min
12.8 Past Year Questions Preview
14:17 Min
13.1 Block diagram of communication systems Preview
16:56 Min
13.2 Wire line and wireless channels. Preview
20:33 Min
13.3 Definition of Modulation. Preview
16:51 Min
13.4 Amplitude Modulation, Frequency Modulation Preview
19:01 Min
13.5 Past Year Questions Preview
14:21 Min
FAQs
Teacher’s profile
Saurabh Kumar, M.Tech in Electronics ,DCE. He is Physics champion faculty with vast teaching experience of 5 Years. He has transformed several struggling aspirants into IITians during this period.
Piyush Madaan, IIT Roorkee 2011 batch. He has worked in the field of optics and was involved in the study of metal nano particles andspectroscopic ellipsometer.
Vijay Mukati, IITPatna M. Tech. He is also a silver medalist in communication systems engineering of IIT Patna. He is the Maths expert and has the teaching experience of 2 years.
Review & Rating
3.67
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