(Solved): (4) A round water jet strikes an inclined flat plate that is stationary as shown. The jet velocity ...

(4) A round water jet strikes an inclined flat plate that is stationary as shown. The jet velocity is V1=5 m/s and its diameter is D1=0.05m. The jet is deflected into two streams on top and bottom flowing with velocities V2 and V3 with diameters D2 and D3, respectively. We can assume that the jet velocity magnitude remains the same after deflection, i.e., V1=V2=V3 (in magnitude). The density of water is 1000 kg/m3 and the weight of the water is negligible. Assume a steady, incompressible flow. Choose an appropriate control volume and find (a) force vertical to the plate Fv needed to keep the plate in place, (b) diameter D2 if the outlet diameters are similar, i.e., D2=D3. V3. V? ? 0 [D? D3 30° D21 Fv V?