There are `27` drops of a conducting fluid. Each has a radius r and they are charged to a potential `V_(0)`. They are then combined to form a bigger drop. Find its potential.

There are 27 drops of a conducting fluid. Each has a radius r and they are charged to a potential V_(0) These are combined to form a bigger drop. Its potential will be

There are 27 drops of a conducting fluid. Each drop has radius r , and each of them is charged to the same potential V_1 . They are then combined to from a bigger drop. The potential of the bigger drop is V_2 . Find the ratio V_2//V_1 . Ignore the change in density of the fluid on combining the drops.

There are 27 drops of a conducting fluid. Each drop has radius r , and each of them is charged to the same potential V_1 . They are then combined to from a bigger drop. The potential of the bigger drop is V_2 . Find the ratio V_2//V_1 . Ignore the change in density of the fluid on combining the drops.

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

n' small drops of same size are charged to a potential V. The drops caolesce to form a bigger drop. Calculate the potential of the bigger drop.

1000 drops of same size are charged to a potential of 1 V each. If they coalesce to form in single drop, its potential would be

1000 drops of same size are charged to a potential of 1 V each. If they coalesce to form in single drop, its potential would be

1000 drops of same size are charged to a potential of 1 V each. If they coalesce to form in single drop, its potential would be

A charge of 10^(-9) C is placed on each o fthe 64 idential drops of radius 2 cm . They are then combined to from a bigger drop. Find its potential

Twenty seven drops of same size are charged at 220V each. They combine to form a bigger drop. Calculate the potential of the bigger drop.