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

A drop of liquid is broken down into 27 identical liquid drops. If the terminal velocity of original liquid drops is V_(T) , then find the terminal velocity of the new liquid drop thus formed.

A drop of liquid is broken down into 27 identical liquid drops. If the terminal velocity of original liquid drops is V_(T) , then find the terminal velocity of the new liquid drop thus formed.

A small liquid drop of radius R is divided into 27 identical liquid drops. If the surface tension is T, then the work done in the process will be :

P is the excess pressure inside a water drop. If that drop is divided into 8 identical droplets, excess pressure inside the smaller droplet is

A liquid drop of diameter 20mm is split into 1000 small identical droplets. If surface tension of liquid is 72 xx 10^(-3) Nm^(-1) , the amount of work done in this process in mu J is nearly

If a single drop of liquid is splited into large number of droplets all of the same size , then the energy in this process will be

A big mercury drop is broken into n identical smaller droplets. Assuming the drops to be spherical. obtain the ratio between the surface energy of the original drop and that of a droplet.

A spherical liquid drop of radius R is divided into eight equal droplets. If the surface tension is T , then the work done in this process will be