Derivation of Expression for Electric field due to infinite plane sheet of charge by Sharath Gore

preview_player
Показать описание
Important questions for 2nd PUC public exam (class 12 board exam)

1. Lens Maker's formula

2. Relation between n, u, v and R

3. Mirror equation

4. Series LCR circuit - Phasor diagram solution

5. Derivation of expression for radius of nth orbit of hydrogen atom - Using Bohr's theory

6. Derivation of expression for total energy of an electron revolving in the nth orbit of hydrogen atom

7. State radioactive decay law and derive N = No (e)^(-lambda t)

8. Define half life and derive an expression of half life of a radioactive substance (using decay law)

9. Theory of AC generator

10. Electric potential due to a point charge

11. Derivation of expression for capacitance of a parallel plate capacitor

12. Electric potential energy of system of two point charges -in the absence of external electric field

13. Relation between electric field and electric potential

14. Derive an expression for energy stored in a capacitor- Energy stored in a capacitor

15. Derivation of expression for Electric field due to a uniformly charged spherical shell

16. Derivation of axial electric field of an electric dipole

17. Derivation of axial electric field of an electric dipole

Class 12 Playlist

Sharath Gore
Vibrant Academy for Innovative Learning Moodbidri
7411417028
  1. Sharath Gore
  2. NEET
  3. JEE
  4. problems
  5. problem solving
  6. problem solving techniques
Рекомендации по теме
Derivation of expression 0:10:53

Derivation of expression for axial electric field of an electric dipole

Derivation of expression 0:05:00

Derivation of expression for torque acting on an electric dipole - NCERT - Class 12 physics

Derivation of expression 0:09:10

Derivation of expression for Equatorial electric field of an electric dipole

Derivation of Expression 0:09:59

Derivation of Expression for Electric field due to infinite plane sheet of charge by Sharath Gore

EXPRESSION FOR ELECTRICAL 0:05:24

EXPRESSION FOR ELECTRICAL CONDUCTIVITY | NCERT CLASS 12 | CHAPTER 3 | MOST IMPORTANT |

Derivation of expression 0:04:22

Derivation of expression for capacitance of a parallel plate capacitor - class 12 physics

Derivation of expression 0:09:02

Derivation of expression for drift velocity gained by an electron in an electric field.

Electrostatic Potentials And 0:20:29

Electrostatic Potentials And Capacitance | Derivation Of Expression For Electrostatic Potential

Consider the electric 0:04:22

Consider the electric dipole of Example 21 14 a Derive an expression for the magnitude of the elect

Derivation of expression 0:08:09

Derivation of expression for total energy of an electron revolving in the nth orbit of hydrogen atom

Derivation of expression 0:13:09

Derivation of expression for the electric field due to an electric dipole on the axial line .

Physics : how 0:10:23

Physics : how to derive expression for electric field due to dipole along equatorial line.

Derivation of expression 0:05:15

Derivation of expression for internal resistance in terms of emf and external resistance.

Derivation Of Expression 0:34:56

Derivation Of Expression For Electric Field Due To Dipole At Axial And Equatorial Line | PUC Physics

derive an expression 0:09:18

derive an expression for the intensity of electric field at a point on the axial line of a dipole.

Derive an expression 0:04:28

Derive an expression for the electric potential energy of a system of | Class 12 Physics | Doubtnut

EP9: Derivation of 0:10:40

EP9: Derivation of Expression for Electric Field due to a DIPOLE on Axial Line, Kannada| PUC Physics

LCR circuit class 0:09:42

LCR circuit class 12 - Derivation of expression for impedance and phase angle - Important derivation

expression for the 0:13:50

expression for the intensity of electric field at a point on the equatorial line of electric dipole

expression for the 0:14:40

expression for the intensity of electric field at a point on the axial line of an electric dipole

EP12: Expression For 0:06:03

EP12: Expression For Torque Due To A Dipole In Uniform Electric Field | 2nd PUC Physics | Manoj Naik

Expression For Motional 0:04:26

Expression For Motional EMF(Induced EMF) | Most Repeated derivation | Electromagnetic induction |

CURRENT ELECTRICITY | 0:10:34

CURRENT ELECTRICITY | EXPRESSION FOR EQUIVALENT EMF AND INTERNAL RESISTANCE IN SERIES | PUC PHYSICS

Derive the expression 0:05:06

Derive the expression for the electric potential at any point along the axial line of an electric