Physics Foundation 12th (Hindi Medium)

Categories: Physics
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Course Info
Curriculum

About Course

(One year online Program)

What Will You Learn?

  • All lecture Based on NCERT as well as NEET/JEE syllabus.In this course we provided Video lecture just like physical appreance.In it provided assignment of every chapter and Test.

Course Curriculum

Live video

  • Live Classes
    35:19

Electrostatics

  • Lecture-1 electrostatics electric charge
    50:06
  • Lecture – 2.1 Electrostatics electric charge
    26:29
  • Lecture – 2.2 Electrostatics electric charge
    20:54
  • Lecture- 3 Electrostatics electric charge
    1:03:11
  • Lecture-4 Electrostatics electric charge
    00:27:12
  • Lecture-5 Electrostatics electric charge
    00:55:23
  • Lecture-6 Electric charge
    00:27:21
  • Lecture-7 Electric charge electroscope
    48:15
  • Lecture -8 Coulomb’s law
    1:12:05
  • Lecture-9 Coulomb’s law numericals
    1:21:58
  • Lecture – 10 Electric field and its application
    1:07:20
  • Lecture – 11 electric potential energy
    01:16:31
  • Lecture-12 Electric potential energy numerical
    01:04:21
  • Lecture-13 electric potential
    00:57:46
  • Lecture – 14 Electric potential and potential difference
    01:02:42
  • Lecture-15 electric potential numerical
    00:00:00
  • Lecture-15 Electric Dipole
    00:00:00
  • Lecture-16 Electric dipole moment
    00:45:09
  • Lecture-17 Electric dipole at axial line
    41:29
  • Lecture-18 electric dipole at equatorial line
    54:01
  • Lecture-19 electric dipole at equatorial line
    00:54:56
  • Lecture-20 Electric dipole at any point
    00:34:40
  • Lecture-21 Electric dipole at any point electric field
    00:54:10
  • Lecture- 22 torque and work of electric dipole
    01:02:08
  • Lecture 23 Energy and numerical
    53:06
  • Lecture- 24 Electric field Line
    51:25
  • lecture-25 electric flux
    57:16
  • Lecture -26 Electric Flux numerical and Gauss Law
    53:14
  • Lecture -27
    52:27
  • Lecture -28
    47:54
  • Lecture -30
    59:48
  • Lecture -29
    57:34
  • Lecture -31
    01:01:06
  • Lecture -32
    54:56
  • Lecture -33
    41:42
  • electrostatics pdf

Capacitance and capacitor (धारिता और संधारित्र)

  • Lecture -1 introduction of capacitance
    1:01:59
  • Lecture -2 Capacitance and energy
    1:08:55
  • Lecture -3 concept of parallel plate capacitor
    1:04:25
  • Lecture -4 parallel plate capacitor
    57:09
  • Lecture -5 Spherical plate capacitor
    1:01:29
  • Lecture -6 n drop of capacitance, potential concept energy density
    50:33
  • Lecture -7
    53:37
  • Lecture -8
    51:27
  • Lecture -9
    1:04:05
  • Lecture -10
    1:54:52
  • Lecture -11
    1:01:23
  • Lecture -12
    55:46
  • Lecture -13
    00:52:55
  • Lecture -14
    00:45:02
  • NCERT SOLUTION
    01:09:00
  • Objective – 1
    00:50:44
  • Objective – 2
    01:17:44
  • Objective – 3
    00:47:16
  • Objective Lecture -4
    00:00:00

Electric Current

  • Lecture -1 electric current introduction
    01:02:58
  • Lecture -2 types of current and numerical
    01:04:28
  • Lecture -3 drift velocity
    01:04:45
  • Lecture -4 resistance
    02:05:13
  • Lecture – 5 equivalent resistance
    00:34:18
  • Lecture – 6 Part -1
    00:54:05
  • Lecture – 6 Part -2
    01:49:43
  • Lecture – 7
    00:57:36
  • Lecture – 8
    00:49:46
  • Lecture -9
    01:29:46
  • Lecture – 10 kcl and numerical
    00:00:00
  • Lecture -11 kvl
    01:25:00
  • Lecture – 11 Part 2
    00:10:21
  • Lecture – 12
    00:00:00
  • Lecture – 13
    00:00:00
  • Lecture – 14
    01:01:08
  • Lecture – 15 electric bulb
    01:01:05
  • Lecture – 16
    00:00:00
  • Lecture – 17
    00:00:00
  • Lecture-18 part-1
    00:00:00
  • Lecture-18 part-2
    00:00:00
  • Lecture -19 internal resistance and potential drop
    00:43:59
  • Lecture-20 part-1
    00:36:25
  • Lecture-20 Part -2 Parallel cell combination
    00:34:01
  • Lecture – 20 Part – 3 mixed combination of (cell battery)
    00:00:00
  • Lecture – 1 Ammeter and voltmeter
    00:00:00
  • Lecture – 2 Ammeter and voltmeter
    00:00:00
  • Lecture – 3 Meter Bridge
    00:32:40
  • Objective
    51:16
  • objective – 2
    00:00:00
  • objective – 3
    00:00:00
  • Lecture – 4 potentiometer
    00:00:00
  • Objective Lecture -1
    00:00:00
  • Objective Lecture -4
    00:00:00

Magnetic Field

  • Lecture – 1
    48:03
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00
  • Lecture – 5
    00:00:00
  • Lecture – 6
    00:00:00
  • Lecture – 7
    00:00:00
  • Lecture – 7
    00:00:00
  • Lecture – 8
    00:00:00
  • Lecture – 9
    00:00:00
  • Lecture – 10
    00:00:00
  • Lecture – 11
    00:00:00
  • Magnetic Field pdf

Magnetism

  • Lecture – 1
    19:26
  • Lecture – 1 part -2
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00
  • Lecture – 5
    00:00:00
  • Lecture – 6
    00:00:00
  • Lecture – 7
    00:00:00
  • Lecture – 8
    00:00:00
  • Lecture – 9
    00:00:00
  • Lecture – 9 part – 2
    00:00:00
  • Objective Lecture -1
    00:00:00
  • Objective Lecture -2
    00:00:00
  • Objective Lecture -3
    00:00:00
  • Objective Lecture -4
    00:00:00
  • Objective Lecture -5
    00:00:00
  • Magnetism & Matter pdf

Electromagnetic Induction

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00
  • Lecture – 5
    00:00:00
  • Lecture – 6
    00:00:00
  • Lecture – 7
    00:00:00
  • Lecture – 8
    00:00:00
  • Magnetic Induction pdf

Alternating Current

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00
  • Lecture – 5
    00:00:00
  • Lecture – 6
    00:00:00
  • Lecture – 1 Part -2
    00:00:00
  • Lecture – 2 Part-2
    00:00:00
  • Lecture – 3 part-2
    00:00:00
  • alternating current objective
  • Current pdf
  • Alternating Current pdf

Electromagnetic Wave

  • Lecture-1
    00:00:00
  • Lecture – 2
    00:00:00
  • Objective Lecture -1
    00:00:00

Ray Optics

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00
  • Lecture – 5
    00:00:00
  • Lecture – 5 Part – 2
    00:00:00
  • Lecture – 6
    00:00:00
  • Lecture – 7
    00:00:00
  • Lecture – 8
    00:00:00
  • Lecture – 9
    00:00:00
  • Lecture – 10
    00:00:00
  • Lecture – 11
    00:00:00
  • Lecture – 12
    00:00:00
  • Lecture – 13
    00:00:00
  • Lecture – 14
    00:00:00
  • Lecture – 15
    00:00:00
  • Lecture – 16
    39:40
  • Lecture – 17
    00:00:00
  • Lecture – 18
    00:00:00
  • Lecture – 19
    00:00:00
  • Lecture – 20
    00:00:00
  • Lecture – 21
    00:00:00

Wave optics

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00
  • Lecture – 5 Huygen Principle
    00:00:00

Modern Physics

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00

Photo electric Effect

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00

Radioactivity

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00

Atom

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00

Nuclei

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00

Semi Conductor

  • Lecture – 1
    00:00:00
  • Lecture – 2
    00:00:00
  • Lecture – 3
    00:00:00
  • Lecture – 4
    00:00:00
  • Lecture – 5
    00:00:00
  • Lecture – 6
    00:00:00

Communication System

  • Communication System

Model Set 2022

  • Model set-1
  • Mosel set-2
₹1500

Material Includes

  • Assignment and chapter wise online test

Requirements

  • Students at least completed 11th class and 10th with 45%.

Audience

  • Students

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