From a point charge, there is a fixed point A. At A, there is an electric field of 500 V/m and potential difference of 3000 V. Distance between point charge and A will be

Question

From a point charge, there is a fixed point A. At A, there is an electric field of 500 V/m and potential difference of 3000 V. Distance between point charge and A will be (A) 6m (B) 12m (C) 16m (D) 24m

Tardigrade Admin · Accepted Answer

E = 500 V/m V = 3000 V. We know that electric field (E) = 500 = (V/d) or d = (3000/500) = 6m

Q. From a point charge, there is a fixed point A. At A, there is an electric field of 500 V/m and potential difference of 3000 V. Distance between point charge and A will be

6m

12m

16m

24m

E = 500 V/m V = 3000 V.
We know that electric field (E) = 500 = $\frac{V}{d}$
or $d = \frac{3000}{500} = 6 m$

Q. From a point charge, there is a fixed point A. At A, there is an electric field of 500 V/m and potential difference of 3000 V. Distance between point charge and A will be

6m

12m

16m

24m

E = 500 V/m V = 3000 V. We know that electric field (E) = 500 = dV​ or d=5003000​=6m

E = 500 V/m V = 3000 V.
We know that electric field (E) = 500 = $\frac{V}{d}$
or $d = \frac{3000}{500} = 6 m$