The spherical oil tank shown has two inflows and three outflows. The three outfl

Question

The spherical oil tank shown has two inflows and three outflows. The three outflows are tilted down from the x-y plane by an angle phi. The outflow pressure. pphi is atmospheric pressure. Inflow pressure is . The weight of the tank and inflow'outflow pipes a negligible compared to weight of the fluid inside the spherical tank. Treat the flow as steady, inviscid. and relational. If the horizontal forces. Fx and Fy necessary to hold the tank in place are zero, determine u as a function of U, and determine the angle theta. Determine the force F, needed to hold the tank in place in terms of U. rho. d. g. and phi, If U - 200 cm/s, d = 50 cm. and g = 9.81 m/s2. is there a value of t for which F, = 0? If so. whit is it?

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