A test charge is moved from lower potential point to a higher potential point. The potential energy of test charge will

Question

A test charge is moved from lower potential point to a higher potential point. The potential energy of test charge will (A) remain the same (B) increase (C) decrease (D) become zero

Tardigrade Admin · Accepted Answer

A test charge is moved from a lower potential point to a higher potential point. The potential energy of the test charge will increase. Because

U = Q V

∵ Q = + 1, U = V

At high potential will high energy and at low potential will have low energy.

Q. A test charge is moved from lower potential point to a higher potential point. The potential energy of test charge will

remain the same

increase

decrease

become zero

A test charge is moved from a lower potential point to a higher potential point. The potential energy of the test charge will increase. Because U=QV ∵Q=+1,U=V At high potential will high energy and at low potential will have low energy.

A test charge is moved from a lower potential point to a higher potential point. The potential energy of the test charge will increase. Because
$U = Q V$
$∵ Q = + 1, U = V$
At high potential will high energy and at low potential will have low energy.