Asok Kumar Das and Chittaranjan Dasgupta Solutions for Chapter: Gauss' Law and its Application, Exercise 1: EXERCISE 3
Asok Kumar Das Physics Solutions for Exercise - Asok Kumar Das and Chittaranjan Dasgupta Solutions for Chapter: Gauss' Law and its Application, Exercise 1: EXERCISE 3
Attempt the practice questions on Chapter 3: Gauss' Law and its Application, Exercise 1: EXERCISE 3 with hints and solutions to strengthen your understanding. A Text Book of PHYSICS PART 2 : CLASS 12 solutions are prepared by Experienced Embibe Experts.
Questions from Asok Kumar Das and Chittaranjan Dasgupta Solutions for Chapter: Gauss' Law and its Application, Exercise 1: EXERCISE 3 with Hints & Solutions
The electric field just outside the surface of a conductor has a magnitude and is directed away from the conductor. What is the surface charge density of the conductor?

If calculate the electric flux through a surface of area units in -plane.

Calculate the number of electric line of force originating from a charge of .

An electric flux of Passes through a spherical Gaussian surface of radius Due to the charge placed at its centre.
(i) Calculate the charge enclosed by the Gaussian surface,

An electric flux of passes through a spherical Gaussian surface of radius due to the charge placed at its centre.
If the radius of the Gaussian surface is doubled how much flux would pass through the surface?

From what distance should a electron by fixed towards a large metal plate having a surface charge density of , so that it just fails to strike the plate ?

A sphere of metal has a radius of and carries a charge of , distributed uniformly on its surface. Calculate the electric field intensity at a point inside the sphere.

Calculate the electric field intensity at a point, when a sphere of metal has a radius of And carries a charge of , distributed uniformly on its surface.
(2) From the centre the sphere ?
