I think its depends on the nature of the liquid, the surrounding environment like (Gravitational acceleration
) and temperature
NO...
The volume of drop will depend on the surface tension of the liquid and is, therefore, not a fixed size.
Its surface area and volume.
The answer will depend on what the surface area is of. The surface areas of regular shapes are can be calculated from formulae but these will depend on the shapes. For non-regular areas there may or may not be simple formulae.
The exact answer will depend on what information you have. But generally speaking, Surface area = Perimeter of cross section x Length
Surface tension. It always tends to acquire minimum surface area thats why water droplets form spherical shape.
Surface tension is defined as the elasticlike force that exists at the surface.
No. Frictional force is independant of surface area.
It is due to surface tension. Surface tension is only for liquids. Due to surface tension surface energy is to be minimized only reducing the area. For a given volume sphere has minimum surface area. Hence spherical shape.
surface tenshion
surface tension
NO...
No. Unit of surface tension is energy per area. An extensive property divided by an extensive property becomes intensive.
surface area/ volume. wider range of surface area to volume is better for cells.
The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.
The amount of force applied and the area of the surface to which it is applied.
The volume of drop will depend on the surface tension of the liquid and is, therefore, not a fixed size.