0

Guest

Courses New

Complete Physics Course - Class 12

217 Ratings
217 Reviews
310 Students Enrolled

Product Description
Physics became a separate science when early modern Europeans used experimental and quantitative methods to discover what are now considered to be the laws of physics. All the topics of Class 12 Physics have been prepared in accordance with the elite exams like IIT JEE (Main and Advanced). The theory has been well supported with illustrious example more...
Prepared by:
MRP: Rs.6890 (60%)
OFFERED PRICE: Rs. 2756
ADD TO CART

callback
More Details

  • Course Features

    • 101 Video Lectures
    • Revision Notes
    • Test paper with Video Solution
    • Mind Map
    • Study Planner
    • NCERT Solutions
    • Discussion Forum
    • Previous Year Exam Questions

  • Video Lectures Description

    This Course Contains

    • 1. Electrostatics

      1.1 Introduction to Electrostatics Preview

      10:19 Min

      1.2 Charges and its Types

      5:11 Min

      1.3 Electric Force

      10:42 Min

      1.4 Electric Field

      7:18 Min

      1.5 Types of Charge Distribution

      4:35 Min

      1.6 Electric Flux

      4:14 Min

      1.7 Electric Field due to Different Shapes

      4:31 Min

      1.8 Electric Dipole

      13:00 Min

    • 2. Current Electricity

      2.1 Introduction to Current Electricity Preview

      6:22 Min

      2.2 Electric Current and Factors effecting it

      14:01 Min

      2.3 Resistance and parameters on which it depends

      15:06 Min

      2.4 Colour Codes of resistors and Combination of Resistors

      10:05 Min

      2.5 EMF of a cell and Combination of cells

      15:40 Min

      2.6 Kirchoff's Laws and Wheatstone bridge

      16:48 Min

      2.7 Thermal Effects of Current

      8:34 Min

      2.8 Electric Fuse and M.P. Theorem

      7:02 Min

    • 3. Electrostatic Potential and Capacitance

      3.1 Introduction to Electric Potential Preview

      14:46 Min

      3.2 Electrostatic Potential Energy and Electrostatic Potential

      7:50 Min

      3.3 Electrostatic Potential due to a dipole

      6:15 Min

      3.4 Equipotential Surface

      8:08 Min

      3.5 Electrostatic Potential Energy

      7:27 Min

      3.6 Electrostatics of Conductors

      11:59 Min

      3.7 Introduction to Capacitors and Capacitance

      4:10 Min

      3.8 Combination of Capacitors

      10:14 Min

      3.9 Energy Stored in Capacitors

      3:26 Min

      3.10 Van de Graff Generator

      5:22 Min

    • 4. Electromagnetic Induction 

      4.1 Faraday's laws of Electromagnetic Induction Preview

      19:44 Min

      4.2 Motional EMF: A cause of Magnetic flux change

      24:42 Min

      4.3 Lenz Law: Introduction and application

      24:21 Min

      4.4 Self-Induction and Mutual Inductance: Introduction and application

      21:07 Min

      4.5 Device Application based on Electromagnetic Induction

      21:52 Min

      4.6 JEE - Problem Discussion

      18:16 Min

    • 5. Magnetism and Matter

      5.1 Introduction to Magnetism and matter Preview

      05:49 Min

      5.2 Bar magnet and it's properties

      09:13 Min

      5.3 Current Loop as a magnetic dipole and dipole moment

      22:49 Min

      5.4 Dipole moment of bar magnet and coulomb's law in magnetism

      15:26 Min

      5.5 Important terms in magnetism and magnetic field

      23:22 Min

      5.6 Torque and work done on a magnetic dipole

      16:01 Min

      5.7 Terrestrial magnetism

      19:56 Min

      5.8 Elements of earth's Magnetism

      14:34 Min

      5.9 Magnetic materials

      13:51 Min

      5.10 Curie's law and Hysteresis

      15:51 Min

      5.11 Previous year questions

      11:59 Min

    • 6. Moving charges and Magnetism

      6.1 Introduction to Magnetism Preview

      14:13 Min

      6.2 Magnetic Dipole

      11:42 Min

      6.3 Torque due to a Dipole in a Magnetic Field

      11:42 Min

      6.4 Magnetic Dipole Moment of a Revolving electron

      9:17 Min

      6.5 Force between two Current Carrying Conductors

      5:58 Min

      6.6 Moving Coil Galvanometer

      16:19 Min

    • 7. Ray Optics and Optical Instruments

      7.1 Introduction to Ray Optics Preview

      5:16 Min

      7.2 Introduction of Light as Ray

      4:38 Min

      7.3 Reflection through Plane surfaces

      14:54 Min

      7.4 Reflection through Curved Surfaces

      19:11 Min

      7.5 Refraction through Plane surfaces

      37:14 Min

      7.6 Refraction through Spherical surfaces

      21:29 Min

      7.7 Lens

      22:27 Min

      7.8 Prisms

      15:28 Min

      7.9 Dispersion and its natural occurrence

      15:02 Min

      7.10 Microscopes & Telescopes

      23:45 Min

      7.11 JEE Questions

      12:02 Min

    • 8. Electromagnetic Waves

      8.1 Electromagnetic Waves Preview

      14:23 Min

      8.2 Maxwell Relations

      19:20 Min

      8.3 Intensity

      10:45 Min

      8.4 Past Year Questions

      07:41 Min

    • 9. Alternating Current

      9.1 Alternating Current Introduction Preview

      5:55 Min

      9.2 AC Across Resistance

      18:45 Min

      9.3 Power

      20:32 Min

      9.4 Previous year questions

      11:56 Min

    • 10. Modern Physics (Atoms, Nuclei)

      10.1 Introduction to Modern Physics Preview

      05:57 Min

      10.2 Introduction of Modern Physics

      12:32 Min

      10.3 Photoelectric Effect

      62:10 Min

      10.4 de Broglie's Hypothesis

      28:50 Min

      10.5 Davisson-Germer Experiment

      18:27 Min

      10.6 Plum-Pudding Model and Rutherford's Model

      23:09 Min

      10.7 Bohr's Atomic Theory

      32:37 Min

      10.8 X-Rays

      34:22 Min

      10.9 Nuclear Physics

      32:37 Min

      10.10 JEE Questions

      24:42 Min

    • 11. Wave Optics

      11.1 Introduction-Wave Optics Preview

      21:29 Min

      11.2 Huygens’s Principle

      19:43 Min

      11.3 Coherent Sources

      27:34 Min

      11.4 Intensities of Maxima and Minima

      20:31 Min

      11.5 Young's Double Slit Experiment

      21:36 Min

      11.6 Distribution of Intensities

      22:40 Min

      11.7 Diffraction

      21:01 Min

      11.8 Polarization

      21:49 Min

      11.9 Brewster's Law

      12:20 Min

      11.10 IIT JEE Questions

      20:57 Min

    • 12. Semiconductor Devices

      12.1 Introduction and Energy Band Diagram Preview

      13:30 Min

      12.2 Intrinsic and Extrinsic semiconductor

      24:19 Min

      12.3 Fermi Energy and Mass action law

      25:30 Min

      12.4 P-N Junction Diode

      21:08 Min

      12.5 Conduction in metals and semiconductor. Diffusion Current

      25:05 Min

      12.6 Zener and Avalanche breakdown

      13:25 Min

      12.7 Hall effect

      11:02 Min

      12.8 Past Year Questions

      14:17 Min

    • 13. Communication System

      13.1 Block diagram of communication systems Preview

      16:56 Min

      13.2 Wire line and wireless channels.

      20:33 Min

      13.3 Definition of Modulation.

      16:51 Min

      13.4 Amplitude Modulation, Frequency Modulation

      19:01 Min

      13.5 Past Year Questions

      14:21 Min

  • FAQs

    • How can I access this course?
      This is an online course which offers study material and test papers prepared by best of Engineering/Medical faculty. You can browse all your material by logging into askiitians.com and then clicking My Self Study Course from top right. Click Here to know step by step process.
    • What are system requirements?
      You need an internet connection to view the study material. Since some of the materials are in video format, you are advised to get headphone or speakers to listen to video.
    • For how long, this course will be active in my profile?
      This course will remain active for 1 year in your profile. You will have to renew it to use it again.
    • Does this course cover board level as well?
      This course material was prepared keeping in mind toughness of JEE and NEET but it is ideal course of any Engineering/Medical entrance or Board exam.

    • There are too many reading materials. From where do I start?
      You can first start with study planner to know how to approach new chapter. After that you can start with topic wise video lectures. Once you are done with all lectures, you can revise chapter by running through mindmap and revision notes. Once you are confident that you are done with all the concepts, you can practice Test paper, Past JEE/NEET papers and ncert papers.
    • I did not like the course, can i get refund and get my money back?
      Since we are offering premium package at dirt cheap price, we do not encourage refund. However, we can look at the request at case by case basis. We believe that we can solve your issues instead of loosing you.

  • Teacher’s profile

    Name: Sumit Majumdar
    Subject: Physics
    Years of Experience: 8 Years
    Rating

    Sumit Mazumdar, A PhD professional from IIT Delhi, dedicated his 8 years into teaching IIT JEE aspirants with Physics, Chemistry and Math’s. He worked with lot of reputed organization earlier like Narayana, Pie and Lakshya etc, pioneering him as one of the best teachers for IIT JEE. View complete profile

    Next Previous

  • Review & Rating

    4.50

    4.50 / 5.0
    Average Rating
    5 STAR

    4 STAR

    3 STAR

    2 STAR

    1 STAR

    Showing 0-0 of 0

    • Students also showed interest in

    Physical Chemistry

    Rs. 2756

    302 Reviews | 103 Enrolled

    ADD TO CART

    Calculus

    Rs. 1696

    80 Reviews | 106 Enrolled

    ADD TO CART

    Reproduction

    Rs. 795

    42 Reviews | 108 Enrolled

    ADD TO CART

    Biology in Human Welfare

    Rs. 636

    34 Reviews | 106 Enrolled

    ADD TO CART

    Human Physiology

    Rs. 1272

    45 Reviews | 109 Enrolled

    ADD TO CART

    copyright © 2006-2024 askIITians.com

    info@askiitians.com