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![Calculate the work done in increasing the radius of a soap bubble in air from 1 cm to 2 cm . The surface tension of soap solution is 30 dyne/cm . ( pi = 3.142 ) Calculate the work done in increasing the radius of a soap bubble in air from 1 cm to 2 cm . The surface tension of soap solution is 30 dyne/cm . ( pi = 3.142 )](https://dwes9vv9u0550.cloudfront.net/images/2232391/0b6959d8-bbef-44b8-943f-6a9480e3daff.jpg)
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![What will be the pressure inside a small air bubble of 0.1 mm radius situated just below the free surface of water? (S.T. of water = 72dyne/cm; Atmospheric pressure 1.013 x 106 dyne/cm2 ) - What will be the pressure inside a small air bubble of 0.1 mm radius situated just below the free surface of water? (S.T. of water = 72dyne/cm; Atmospheric pressure 1.013 x 106 dyne/cm2 ) -](https://www.zigya.com/application/zrc/images/qvar/PHEN11039486.png)
What will be the pressure inside a small air bubble of 0.1 mm radius situated just below the free surface of water? (S.T. of water = 72dyne/cm; Atmospheric pressure 1.013 x 106 dyne/cm2 ) -
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Convert the folowing (a) 5 dyne/cm^2 into N/m^2 (b) 10 g/cm^3 into Kg/m^3 - Physics - Units And Measurements - 12979011 | Meritnation.com
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![SOLVED: 1, The typical diameter of an alveolus is 0.3 mm The surface tension of water is about 70 dyne cm-!. The dyne is the unit of force in the DGS system,and SOLVED: 1, The typical diameter of an alveolus is 0.3 mm The surface tension of water is about 70 dyne cm-!. The dyne is the unit of force in the DGS system,and](https://cdn.numerade.com/ask_images/6bedef9becb643c4a786bc20fb8254d6.jpg)
SOLVED: 1, The typical diameter of an alveolus is 0.3 mm The surface tension of water is about 70 dyne cm-!. The dyne is the unit of force in the DGS system,and
![A liquid Flows through a pipe 2.0 mm radius and 20 cm length under a pressure `10^(3)" dyne "cm^(-2) - YouTube A liquid Flows through a pipe 2.0 mm radius and 20 cm length under a pressure `10^(3)" dyne "cm^(-2) - YouTube](https://i.ytimg.com/vi/-WPUJI0ydYQ/maxresdefault.jpg)
A liquid Flows through a pipe 2.0 mm radius and 20 cm length under a pressure `10^(3)" dyne "cm^(-2) - YouTube
![The excess pressure in dyne/cm^2 inside a liquid drop of radius 2 mm and surface tension T dyne/ cm is The excess pressure in dyne/cm^2 inside a liquid drop of radius 2 mm and surface tension T dyne/ cm is](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/19037467_web.png)
The excess pressure in dyne/cm^2 inside a liquid drop of radius 2 mm and surface tension T dyne/ cm is
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