10 20 30 The vertical lines VA, VB and V0 are equipotentials. In region A between VA and VB the electric field is constant and in region B between VB and V0 the electric field is constant but different from the E field in region A. If VA = 40 V, VB = 35 V and VC 2 25 V, calculate the magnitude and direction of the E field in the two regions between those potential values. The magnitude of the electric field in region 1 is I::} N/C (or V/m) and it points to The magnitudf the electric field in region 2 is l:' MC and it points to the E If the E field in region 1 pushes a charge with a magnitude of +1 C from x = 20 m to x = 30 m would it be a positive or negative charge? {1 MCS:=positive~negative}. How much kinetic energy would it gain traveling from x = 20 m to x = 30 m? E J