If the difference between pressure inside and outside of a soap bubble is 6 mm of water and its radius is 8 mm. What is the surface tension in dynes per cm.

The difference of pressures between inside and outside of a soap bubble is

The difference of pressures between inside and outside of a soap bubble is

The differene of pressure inside and outside of a soap bubble of radius 4 mm is equal to 8 mm of water column. Find surface tension :

Find the difference of air pressure between the inside and outside of a soap bubble is 5mm in diameter, if the surface tension is 1.6 Nm^(-1) .

Find the difference in air pressure between the inside and outside of a soap bubble 5 mm in diameter , if the surface tension of soap solution be 1.6N/m .

What will be the difference of pressure inside and outside a drop of water of radius 1.0 mm ? (The surface tension of water is 73 dyne/cm-)

Find the difference of air pressure (in N-m^(-2) ) between the inside and outside of a soap bubble 5 mm in diameter, if the surface tension is 1.6 N-m^(-1) :-

Find the difference of air pressure (in N-m^(-2) ) between the inside and outside of a soap bubble 5 mm in diameter, if the surface tension is 1.6 N-m^(-1) :-

Find the difference of air pressure (in N-m^(-2) ) between the inside and outside of a soap bubble 5 mm in diameter, if the surface tension is 1.6 N-m^(-1) :-

What is the difference of pressure between the inside and outside of a spherical drop of water of radius 1mm? Surface tension of water = 7.2 xx 10^(-2)Nm^(-1)