A force cannot be said to be equal to a quantity of energy.Nasir Jones said:
The velocity of a charged particle as it approaches infinity is dependent on the initial velocity and the strength of the electric or magnetic field it is in. As the particle gets closer to infinity, its velocity will increase but will never reach the speed of light.
Yes, the velocity of a charged particle changes as it approaches infinity. This change is due to the increasing strength of the electric or magnetic field that the particle is in.
The electric or magnetic field affects the velocity of a charged particle as it approaches infinity by exerting a force on the particle. This force causes the particle to accelerate, resulting in a change in velocity.
No, a charged particle cannot reach the speed of light as it approaches infinity. According to the theory of relativity, the speed of light is the maximum attainable speed for any particle, and it can only be reached by particles with no mass.
No, the velocity of a charged particle as it approaches infinity is not constant. It will continue to increase as the particle gets closer to infinity, but it will never reach a constant speed due to the effects of the electric or magnetic field it is in.
