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Unformatted text preview: P a ? ( 6 points ) (c) Calculate the reading H on the mercury manometer. (You can neglect the specific weight of air, air here . ) ( 6 points ) (d) What is the total hydrostatic force on the 160cmby2m side wall of the tank? ( 8 points ) Figure 1: A closed tank partially filled with oil and water P a Free Surface h H Problem 2 (30 points) Water is flowing into an open tank from a large water reservoir as shown in Fig. 2. The inlet of the tank is a small hole with diameter d = 10 cm. The diameter of the tank is D = 4 m, and the height of the tank is H = 10 m. The tank was originally empty. Calculate the total time required to completely fill the tank, t answer . In this problem, you can assume that water is frictionless and incompressible. State all assumptions you make here. Figure 2: Water flowing from the reservoir to the tank D d H H Tank Reservoir...
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This note was uploaded on 02/09/2009 for the course MECHENG 320 taught by Professor Im during the Fall '08 term at University of Michigan.
 Fall '08
 IM

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