Solved: Derive differential equation for downward motion for liquid, Mechanical Engineering

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Derive differential equation for downward motion for liquid

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Q: As shown in Fig. a liquid column of height h is confined in a vertical tube of cross-sectional area A by a stopper. At t = 0 the stopper is suddenly removed, exposing the bottom of the liquid to atmospheric pressure. Using a control volume analysis of mass and vertical momentum, derive the differential equation for the downward motion V(t) of the liquid. Assume one-dimensional, incompressible, frictionless flow.

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Mechanical Engineering: Derive differential equation for downward motion for liquid

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