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The surface tension of fluid in contact with air at 25 is 0.51N/m. The pressure inside a droplet is to be 0.05 N/cm2 greater than outside pressure. Determine the diameter of the droplet of water.

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An elastic air balloon having a diameter of 30 cm is attached to the base of a container partially filled with water at +4°C, as shown in Figure. If the pressure of air above water is gradually increased from 100 kPa to 1.6 MPa, will the force on the cable change? If so, what is the percent change in the force? Assume the pressure on the free surface and the diameter of the balloon are related by p = CDn , where C is a constant and n = −2. The weight of the balloon and the air in it is negligible. Correct answer is 'Range: 98 to 99'. Can you explain this answer?

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What will be the diameter (in mm) of a water droplet, the pressure inside which is 0.05 N/cm2greater than the outside pressure? (Take surface tension as 0.075 N/m)

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What will be the diameter (in mm) of a water droplet, the pressure inside which is 0.05 N/cm2greater than the outside pressure? (Take surface tension as 0.075 N/m)

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A retaining wall of height 10 m with clay backfill is shown in the figure (not to scal e). Weight of the retaining wall is 5000 kN per m acting at 3.3 m from the top of the retaining wall. The interface friction angle between base of the retaining wall and the base soil is 20. The depth of clay in front of the retaining wall is 2.0 m. The properties of the clay backfill, and the clay placed in front of the retaining wall are the same. Assume that the tension crack is filled with water. Use Rankine's earth pressure theory. Take unit weight of water, ɣw = 9.81 kN/m3.The factor of safety (rounded off to two decimal places) against sliding failure of the retaining wall after ignoring the passive earth pressure will be _________. Correct answer is '4.29'. Can you explain this answer?

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