A spherical droplet having a potential of 2.5 volt is obtained as a result of merging of 125 identical droplets. Find the potential of the constituent droplet

A big drop of a liquid is spread into 5 identical droplets . In this process.

A big drop of a liquid is spread into 5 identical droplets . In this process.

125 identical drops each charged to the same potential of 50 volts are combined to from a single drop. The potential of the new drop will be

A conducting bubble of radius a, thickness t where t is very small than a has potential V. Now the bubble collapses into a droplet. Find the potential of the droplet.

A conducting bubble of radius a, thickness t ( lt lt a) has a potential V. Now the bubble transforms into a droplet. Find the potential on the surface of the droplet.

A conducting bubble of radius a, thickness t ( lt lt a) has a potential V. Now the bubble transforms into a droplet. Find the potential on the surface of the droplet.

27 identical drops, each charged to potential 10 volts, combined to form a bigger drop. Find potential of this bigger drop ?

Twenty seven charged water droplets each with a diameter of 2mm and a charge of 10^-12C coalesce to form a single drop. Calculate the potential of the bigger drop.