kkrizka said:You are given the electric field, not the voltage at the point so you can't use conservation of energy. Remember, electric field * charge = force on charge. You can use this to find the force on the electron, and then use one of the kinematics equations so solve for the speed.
Electric potential is the amount of electrical potential energy per unit charge at a certain point in an electric field.
Electric potential is a property of a point in an electric field, while electric potential energy is a measure of the potential energy that a particle with a certain charge would have at that point.
The unit of electric potential is volts (V).
Electric potential can be calculated by dividing the electric potential energy by the charge at a certain point in an electric field. It can also be calculated by multiplying the electric field strength by the distance between two points.
Electric potential and electric potential energy have a direct relationship. As the electric potential increases, the electric potential energy also increases. This means that a particle with a higher charge will have a greater electric potential energy at a certain point in an electric field compared to a particle with a lower charge.