A conducting liquid bubble of radius a and thickeness ` t ( tltlt a)` is charged to potenital `V`. If the bubble collapses to a droplet , find the potential on the droplet .

A conducting liquid bubble of radius a and thickness t ( tltlt a) is charged to potential V . If the bubble collapses to a droplet , find the potential on the droplet .

A conducting liquid bubble of radius a and thickness t ( tltlt a) is charged to potential V . If the bubble collapses to a droplet , find the potential on the droplet .

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.

A soap bubble is charged to a potential 12 V. If its radius is doubled, then the potential of the bubble becomes

A soap bubble is charged to a potential 12 V. If its radius is doubled, the potential of the bubble becomes

A soap bubble of radius R = 3 cm and thickness t = 10^(-2) mm is charged to a potential of V = 0.3 volt. The bubble burst and falls as a spherical drop. Determine the potential of the drop