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A sphere of radius 2.8 cm having relative density of 3.02 is freely falling in the tank of oil. Compute the fall velocity of sphere and the drag force. Given that the mass density of oil is 900 kg/m3
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A sphere of radius 2.8 cm having relative density of 3.02 is freely falling in the tank of oil. Compute the fall velocity of sphere and the drag force. Given that the mass density of oil is 900 kg/m3 and kinematic viscosity is 1.48 10– 4 m2/s.
Asked in Civil Engineering - 667 days ago
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