A spherical drop of water has 1 mm radius. If the surface tension of the water is 50*10^-3N/m,then find the difference of pressure between inside and outside the spherical drop

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Nancy Thakur · Answer

We know that -PTwo identical soap bubbles each of radius r and of the same surface tension t combine to form a new soap bubble of radius r. the two bubbles contain air temperature. if the atmospheric pressure is pnot then find the surface tension t of the soap sol in terms of po,r,r. assume process is isothermal=2T/r2*50*10^-3/1*10^-3= 100N/m²

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A spherical drop of water has 1 mm radius. If the surface tension of the water is 50*10^-3N/m,then find the difference of pressure between inside and outside the spherical drop

A spherical drop of water has 1 mm radius. If the surface tension of the water is 50*10^-3N/m,then find the difference of pressure between inside and outside the spherical drop

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A spherical drop of water has 1 mm radius. If the surface tension of the water is 50*10^-3N/m,then find the difference of pressure between inside and outside the spherical drop

A spherical drop of water has 1 mm radius. If the surface tension of the water is 50*10^-3N/m,then find the difference of pressure between inside and outside the spherical drop

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