[" Two particle's of equal mass "m" and charge q are "],[" placed at a distance of "16cm" .They do not "],[" experience any force.The value of "(q)/(m)" is "]

Two particle of equal mass m and charge q are placed at a distance of 16 cm. They do not experience any force. The value of (q)/(m) is

Two particle of equal mass m and charge q are placed at a distance of 16 cm. They do not experience any force. The value of (q)/(m) is

Two particle of equal mass m and charge q are placed at a distance of 16cm. They do not experience any force. The value of q/m is

Two particles of equal mass m and charge q are placed at a distance of 16 cm. they do not experience any force. The value of q/m is

Two particles of equal mass m and charge t are placed at a distance 16 cm. They do no experience any force. The value of q/m is……..

Two equal charges q are placed at a distance of 2a and a third charge -2q is placed at the midpoint. The potential energy of the system is

Positive charge Q is distributed uniformly over a circular ring of radius R. A particle having a mass m and a negative charge q, is placed on its axis at a distance x from the centre. Find the force on the particle. Assuming x is very less than R, find the time period of oscillation of the particle if it is released from there.

Positive charge Q is distributed uniformly over a circular ring of radius R. A particle having a mass m and a negative charge q, is placed on its axis at a distance x from the centre. Find the force on the particle. Assuming x is very less than R, find the time period of oscillation of the particle if it is released from there.

A charged particle of charge 'Q' is held fixed and another charged particle of mass 'm' and charge 'q' (of the same sign) is released from a distance 'r'. The impulse of the force exerted by the external agent on the fixed charge by the time distance between 'Q' and 'q' becomes 2 r is

A charged particle of charge 'Q' is held fixed and another charged particle of mass 'm' and charge 'q' (of the same sign) is released from a distance 'r'. The impulse of the force exerted by the external agent on the fixed charge by the time distance between 'Q' and 'q' becomes 2 r is