If q is the charge per unit area on the ...

If q is the charge per unit area on the surface of a conductor, then the electric field intensity at a point on the surface is

`((q)/(epsi_(0)))` normal to surface

`((q)/(2epsi_(0)))` normal to surface

`((q)/(epsi_(0)))` tangential to surface

`((q)/(2epsi_(0)))` tangential to surface

Text Solution

Verified by Experts

Topper's Solved these Questions

ELECTROSTATICS
ERRORLESS |Exercise Ordinary Thinking Objective Questions (Electric Dipole)|38 Videos
ELECTROSTATICS
ERRORLESS |Exercise Ordinary Thinking Objective Questions (Electric Flux and Gauss.s Law)|28 Videos
ELECTROSTATICS
ERRORLESS |Exercise Ordinary Thinking Objective Questions (Electric Flux and Gauss.s Law)|28 Videos
ELECTRONICS
ERRORLESS |Exercise Selv Evaluation Test|23 Videos
HEATING AND CHEMICAL EFFECT OF CURRENT
ERRORLESS |Exercise Self Evaluation Test|14 Videos

Similar Questions

Explore conceptually related problems

The charge deposited per unit area of the surface is called

If an isolated infinite plate contains a charge Q_1 on one of its surfaces and a charge Q_2 on its other surface, then prove that electric field intensity at a point in front of the plate will be Q//2Aepsilon_0 , where Q = Q_1+Q_2

If an isollated infinite sheet contains charge Q_(1) on its one surface and charge Q_(2) on its other surface, then prove that electric field intensity at a point in front of sheet will be Q/(2A epsi_(0)) , where Q=Q_(1)+Q_(2)

The electric field intensity on the surface of a charged conductor is

A closed conducting sphere is positively charged such that the surface charge density is 17.7xx10^(-12)C//m^(2) . If the dielectric constant of the medium surrounding the conductor is 100, then electric field intensity at a point just outside it will be

Why do we always get electric field intensity near a charged metallic surface of magnitude twice of the electric field intensity near a thin sheet of charge with same surface charge density as of metal plate?

ERRORLESS -ELECTROSTATICS -Ordinary Thinking Objective Questions (Electric Field and Potential)

In the rectangle, shown below, the two corners have charges q(1) = - 5...
Text Solution
|
A cube of a metal is given a positive charge Q. For the above system, ...
Text Solution
|
If q is the charge per unit area on the surface of a conductor, then t...
Text Solution
|
A hollow conducting sphere of radius R has a charge (+Q) on its surfac...
Text Solution
|
A spherical conductor of radius 2 m is charged to a potential of 120 V...
Text Solution
|
A charge (-q) and another charge (Q) are kept at two points A and B re...
Text Solution
|
A particle of mass 'm' and charge 'q' is accelerated through a potenti...
Text Solution
|
Two spheres A and B of radius 'a' and 'b' respectively are at same ele...
Text Solution
|
Potential at a point x-distance from the centre inside the conducting ...
Text Solution
|
Electric field intensity at a point in between two parallel sheets wit...
Text Solution
|
In an hydrogen atom, the electron revolves around the nucles in an orb...
Text Solution
|
Consider two point charges of equal magnitude and opposite sign separa...
Text Solution
|
Two small spherical balls each carrying a charge Q= 10 mu C( 10 micro=...
Text Solution
|
A ball of mass 1g and charge 10^(-8) C moves from a point A. Where pot...
Text Solution
|
An electron is accelerated in an electric field of 40V cm^(-1). If e//...
Text Solution
|
Three charges Q, (+q) and (+q) are placed at the vertices of an equila...
Text Solution
|
A positively charge particle moving along x-axis with a certain veloci...
Text Solution
|
Electric potential at any point is V = - 5 x + 3y + sqrt(15) z, then t...
Text Solution
|
The work done in bringing a 20 coulomb charge from point A to point B ...
Text Solution
|
A hollow sphere of charge does not produce an electric field at any-
Text Solution
|