When a mercury drop of radius R, breaks into n droplets of equal size, the radius (r ) of each droplet is

If a mercury drop of radius 1 cm is sprayed into 10^6 droplets of equal size, then the energy absorbed in joules will be. (Surface tension of mercury is 460xx10^-3 N//m)

A mercury drop of radius R is sprayed into n droplets of equal size. Calculate the energy expanded if surface tension of mercury is T .

A mercury drop of radius R is sprayed into n droplets of equal size. Calculate the energy expanded if surface tension of mercury is T .

A mercury drop of radius R is sprayed into n droplets of equal size. Calculate the energy expended if surface tension of mercury is T .

A big drop of radius R is formed by 1000 small droplets of water, then radius of small droplet is

A mercury drop of radius R splits up into 1000 droplets of equal radii . The change in the surface area is

A mercury drop of radius 1 cm is broken into 10^6 droplets of equal size. The work done is (T=35xx10^-2(N)/(m) )

A big drop of radius R is formed by 1000 small droplets of water, then radius of small drop is

If a drop of liquid breaks into smaller droplets, it result in lowering of temperature of the droplets. Let a drop of radius R, breaks into N small droplets each of radius r. Estimate the drop in temperature.

If a drop of liquid breaks into smaller droplets, it result in lowering of temperature of the droplets. Let a drop of radius R, breaks into N small droplets each of radius r. Estimate the drop in temperature.