Question

If the distance of a point from positive charge increases, the value of the potential at the point

Answer 1

Answer:

No

Explanation:

(a negative used to express dissent, denial, or refusal, as in response to a question or request)

(used to emphasize or introduce a negative statement):

Not a single person came to the party, no, not a one.

not in any degree or manner; not at all (used with a comparative):

He is no better.

Answer 2

If the distance of a point from the positive charge increases, the value of the potential at the point varies as follow -

• The potential at a point due to a positive charge 'q' at a point 'r' is determined by Gauss's law and is equal to V = q/4π∈₀r
• So, according to the equation, when the distance at point increases, then the potential due to a point charge decreases.

Electric potential -

• The electric potential is defined as the amount of work energy needed to move a unit of electric charge from a reference point to a specific point in an electric field.
• It is equal to the energy per unit charge for a test charge.