Eight spherical liquid drops join to form a large drop. Diameter of each drop is 2mm and charge `5mu` statC. What is the potential on the surface of the large drop?

The diameter of a spherical liquid drop is 2 mm and its charge is 5 xx 10^(-6) esu. What is the potential on its surface?

The diameter of a spherical liquid drop is 2 mm and it has 10^(-15)C of charge. What is the potential on its surface?

125 Identically charged small drops coalesce into one large drop.If "C" is the capacitance and "q" is the charge of each small drop,find the potential on the surface of the big drop.

Eight identical drops coalesce to form a bigger drop. If the potential of each drop is 220 V, find the potential of the bigger drop.

One hundred twenty five small liquid drops, each carrying a charge of 0.5muC and each of diameter 0.1m form a bigger drop. Calculate the potential at the surface of the bigger drop.

8 equally charged drops are combined to form a big drop. If the potential on each drop is 10 V, then the potential of the big drop will be

The diameter of a spherical liquid drop is 2 mm and it has 10^(-15)C of charge. If two such liquid drops coalesce to form a bigger drop, what will be the potential on the surface of this drop?

Eight equals charged tiny drops are combined to form a big drop. If the potential on each drop is 10V then potential of big drop will be -

Eight equals charged tiny drops are combined to form a big drop. If the potential on each drop is 10V then potential of big drop will be -