A vertical circular jet of liquid strikes a conical deflector having a mass m. The deflector is centered at the jet centerline and is supported by the fluid flow only. The entering jet has a diameter D. The magnitude of liquid velocity at the upper edge of the deflector equals to the entering velocity U. The liquid has a constant density, and the flow can be considered inviscid. Derive an expression for the deflector angle of that is required for the jet to be able to balance the deflector weight. Express your answer in terms of m, U, D, p, and g. tu U 26 D 19 Figure 2: Sketch for Problem