In a gravity free space, shape of a large drop of liquid is

Droplets of a liquid are generally more spherical in shape than large drops of the same liquid is not because of

Statement-1: In gravity free space, the liqid in a capillary tube will rise to infinite height. Statement-2: In the absence of gravity there will be no force to prevent the rise of liquid due to surface tension.

Statement-1: In gravity free space, the liqid in a capillary tube will rise to infinite height. Statement-2: In the absence of gravity there will be no force to prevent the rise of liquid due to surface tension.

Statement-1: In gravity free space, the liqid in a capillary tube will rise to infinite height. Statement-2: In the absence of gravity there will be no force to prevent the rise of liquid due to surface tension.

In gravity free space heat transfer is not possible by

In gravity free space heat transfer is not possible by

In gravity free space. The liquid in a capillary tube will rise to

In gravity free space. The liquid in a capillary tube will rise to