Water flows through the piping system shown. The inlet velocity V₁-5 m/s and pressure p₁= 10 kPa (gage). The outlet pres

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Water Flows Through The Piping System Shown The Inlet Velocity V 5 M S And Pressure P 10 Kpa Gage The Outlet Pres 1 (38.81 KiB) Viewed 22 times

Water flows through the piping system shown. The inlet velocity V₁-5 m/s and pressure p₁= 10 kPa (gage). The outlet pressure P2-981 Pa (gage) and at the outlet 3, the pressure is atmospheric. The pipe inlet/outlet cross section areas are given on the figure. The density of water is 1000 kg/m³ and the acceleration of gravity is 9.81 m/s2. The flow is frictionless, steady and incompressible. Neglect all losses. Find a. Velocity V2 in m/s. b. Velocity V3 in m/s. Enter V3 below in m/s. c. The horizontal force, in N, needed at the flange A at the inlet to keep the pipe in place. What is the direction of the force? P1 0.4 m² A 0.2 m² V₂ P2 0.5 m 0.8 m² 60° V3 Patm