By applying an external force, a proton is moved from point
A
to point
B
in an uniform electric field of
500(V)/(m)
. (a) Calculate the force experienced by the proton. (b) Net external work done on the proton. (c) The potential difference between the points A and
B(\Delta V_(AB))
. (d) When the external force is removed at the point
B
, what is the speed of the proton when it returns to point
A
?

Question

By applying an external force, a proton is moved from point

A

to point

B

in an uniform electric field of

500(V)/(m)

. (a) Calculate the force experienced by the proton. (b) Net external work done on the proton. (c) The potential difference between the points A and

B(\Delta V_(AB))

. (d) When the external force is removed at the point

B

, what is the speed of the proton when it returns to point

A

?

Accepted Answer

Expert Answer to - By applying an external force, a proton is moved from point A to point B in an uniform electric fiel

Answer

Solution for - By applying an external force, a proton is moved from point A to point B in an uniform electric fiel

Answer

This an additional answer to - By applying an external force, a proton is moved from point A to point B in an uniform electric fiel

(Solved): By applying an external force, a proton is moved from point A to point B in an uniform electric fiel ...