Ifedayo said:You don't need kinetic energy.
First you need to find the rate of acceleration (deceleration, in this case)
Force = mass*acceleration = (charge)*electron field.
Solve for acceleration.
Then use a kinematics equation to find the time.
V(final) = V(initial)*time + 1/2 (acceleration)(time squared)
The electric potential difference created by point charges is a measure of the change in electric potential energy per unit charge between two points in an electric field. It is also known as voltage and is measured in volts (V).
The electric potential difference can be calculated by dividing the work done in moving a charge from one point to another in an electric field by the amount of charge moved. Mathematically, it is represented as V = W/Q, where V is the potential difference, W is the work done, and Q is the charge moved.
Point charges create an electric potential difference by exerting an electric force on other charges in the vicinity. This force causes the charges to move and work is done in the process, resulting in a difference in electric potential energy between the points.
The electric potential difference created by point charges is affected by the magnitude of the charges, the distance between them, and the medium in which the charges are present. Greater charges and smaller distances result in a larger potential difference, while the type of medium can affect the electric field and therefore the potential difference.
The electric potential difference is directly related to electric potential and electric field. The electric potential at a point is the electric potential energy per unit charge at that point, while the electric field is the force per unit charge at that point. The potential difference is the change in potential energy per unit charge, which is equal to the work done per unit charge in an electric field, and is also equal to the product of the electric field and the distance between the points.