Excess pressure in drops and bubbles

Surface energy calculation||Examples on surface energy calculation||Excess pressure inside a drop and bubble||Examples on excess pressure

Surface energy calculation||Examples on surface energy calculation||Excess pressure inside a drop and bubble||Examples on excess pressure

Statement I: As radius of soap bubble increases, the insude pressure increases. Statement II: Excess pressure in soap bubble is inversely propotional to radius.

Calculation OF S. E.||Excess pressure inside a drop||Excess pressure inside a bubble

Excess Pressure in Drop and soap Bubble|| Angle OF Contact|| Liquid Rise in Capillary Tube

why excess pressure in a soap bubble is twice the excess pressure of a liquid drop of the same radius.

Excess pressure in a soap bubble of radius r is proportional to:

The excess pressure in soap bubble is 10(N)/(m^(2)) if eight soap bubble are combined to form a big soap bubble excess pressure in big bubble is (in (N)/(m^(2)))

The excess pressure inside an air bubble of radius r just below the surface of water is P_(1) . The excess pressure inside a drop of the same radius just outside the surface is P_(2) . If T is surface tension then