A charge of `+2muC` is placed at `x=0` and a charge of `-32muc` at `x=60` .A third charge `-Q` be placed on the `x` axis such that it experiences no force .The distance of the point from `+2muC` is ( in cm)

A charge + 2 mu C is placed at x = 0 and a charge of - 32 mu C at x = 60 cm where must a third charge + Q be placed on the x-axis such that it experiences no force? The distance of the point is

Two charges 2muC and 1muC are placed at a distance of 10cm. Where should a third charge be placed between them so that it does not experience any force.

Two charges 2muC and 1muC are placed at a distance of 10cm. Where should a third charge be placed between them so that it does not experience any force.

Two charges 4muC and 1 muC are placed at distance of 10 cm. Where should a third charge be placed between them so that it does not experience any force .

A charge 6 muC is placed at the origin and another charge -5 muC is placed on the Y-axis at position A(0,6,1)m:- Calculate the work done to bring a proton from infinity to the point P.

A point charge q_1 = + 2muC is placed at the origin of coordinates. A second charge, q_2 = - 3muC , is placed on the x-axis at x = 100cm . At what point (or points) on the x-axis will the absolute potential be zero?

A point charge q_1 = + 2muC is placed at the origin of coordinates. A second charge, q_2 = - 3muC , is placed on the x-axis at x = 100cm . At what point (or points) on the x-axis will the absolute potential be zero?