In a certain region of space with volume $0.2 m^{3}$ , the electric potential is is found to be $5 V$ throughout. The magnitude of electric in this region is

Question

In a certain region of space with volume 0-2 m-3- the electric potential is found to be 5 V throughout- The magnitude of electric field in this region is -

Toppr Admin · Accepted Answer

Correct option is D- zeroUsing the expression-E-dfrac-dV-dr-Since the potential -V- is constant- change in potential -dV- is zero for any displacement -dr-Hence the electric field will be zero in the region-

In a certain region of space with volume $$0.2 m^3$$, the electric potential is found to be $$5 V$$ throughout. The magnitude of electric field in this region is :

Correct option is D. zero
Using the expression:
$$E=-\dfrac{dV}{dr}$$

Since the potential 'V' is constant, change in potential $$dV$$ is zero for any displacement $$dr$$.
Hence the electric field will be zero in the region.

In a certain region of space with volume $$0.2 m^3$$, the electric potential is found to be $$5 V$$ throughout. The magnitude of electric field in this region is :

Correct option is D. zeroUsing the expression:$$E=-\dfrac{dV}{dr}$$Since the potential 'V' is constant, change in potential $$dV$$ is zero for any displacement $$dr$$.Hence the electric field will be zero in the region.

Correct option is D. zero
Using the expression:
$$E=-\dfrac{dV}{dr}$$

Since the potential 'V' is constant, change in potential $$dV$$ is zero for any displacement $$dr$$.
Hence the electric field will be zero in the region.