Use that and the distance to find the electron's acceleration.ursulan said:
That equation applies for constant velocity, not accelerated motion. But you can use it if you replace v (the final velocity) with the average velocity. What's the average velocity?ursulan said:
Electrostatics is the study of stationary electric charges and their interactions with each other and with electric fields.
An infinitely charged plate means that the charge on the plate is spread out over an infinitely large surface. This creates a uniform electric field around the plate, with the strength of the field decreasing as you move further away from the plate.
The strength of the electric field decreases as you move further away from an infinitely charged plate. This relationship follows an inverse square law, meaning that the electric field strength is inversely proportional to the distance squared.
The electric potential near an infinitely charged plate is constant, meaning that it has the same value at all points near the plate. This is because the electric field is uniform and has the same strength at all points near the plate.
An infinitely charged plate is a simplified model used in electrostatics to understand the behavior of electric fields and potential. It helps to visualize and analyze the effects of a uniform electric field on charged particles and provides a basis for more complex calculations and applications in electrostatics.