Home
Class 12
PHYSICS
In a dielectric the potential drop is eq...


In a dielectric the potential drop is equal to

A

Electric field strength thickness

B

Zero

C

Electric field strength x area of cross-section

D

Electric field strength

Text Solution

Verified by Experts

The correct Answer is:
A

Electric field strength, thickness
Explanation: When a dielectric is introduced between two plates of parallel plate capacitor, the potential difference decreases by the value of product of electric field strength x thickness, which is the potential difference of dielectric.
Promotional Banner

Topper's Solved these Questions

  • SAMPLE PAPER 2

    EDUCART PUBLICATION|Exercise SECTION-B|24 Videos
  • SAMPLE PAPER 04 (SOLVED)

    EDUCART PUBLICATION|Exercise SECTION-C|6 Videos
  • SAMPLE PAPER 3

    EDUCART PUBLICATION|Exercise SECNTION -C|6 Videos

Similar Questions

Explore conceptually related problems

For what value of E the potential of A is equal to the potential of B ?

An air capacitor is given a charge of 2 muC raising its potential to 200V . If on inserting a dielectric medium, its potential falls to 50V, what is the dielectric constant of the medium ?

During charging of capacitor find time when potential drop across capacitor is equal to potential drop across resistance :-

A mercury drop of water has potential 'V' on its surface. 1000 such drops combine to form a new drop. Find the potential on the surface of the new drop.

(a)find the potential drops across the two resistors shown in figure. (b) A voltmeter of resistance (600 Omega) is used to measure the potential drop across the (300 Omega) resistor.What will be the measured potential drop?

In the figure shown the potential drop across the series resistor is

In the figure shown the potential drop across the series resistor is

An oil drop carrying charge Q is held in equilibrium by a potential difference of 600V between the horizontal plates.In order to hold another drop of radius in equilibrium a potential drop of 1600V had to be maintained .The charge on the second drop is