Required Information Water Of Density P 998 2 Kg M3 Flows Through A Fireman S Nozzle A Converging Section Of Pipe Tha 1 (62.57 KiB) Viewed 24 times
multiple choice
Required Information Water Of Density P 998 2 Kg M3 Flows Through A Fireman S Nozzle A Converging Section Of Pipe Tha 2 (32.21 KiB) Viewed 24 times
Required information Water of density p = 998.2 kg/m3 flows through a fireman's nozzle- a converging section of pipe that accelerates the flow. The inlet diameter is di = 0.100 m, and the outlet diameter is d2 = 0 050 m The average velocity, momentum flux correction factor, and gage pressure are known at the inlet (1) and outlet (2), as shown in the figure. 1 A2 A V P V2 P2 Identify the correct expression for the horizontal force Fx of the fluid on the walls of the nozzle in terms of the given variables.
F: – All Picaco - P.xvwv ) + pvz (B2 - BA;)) = ( pV3 P2 page A Fs - All Pumo Pane t) + pvi? (81 – ( 2.)")) Fz = P2 gagem 81–82 1.page X Fr – Ail( Pasare – Pisaro ) +pvi? (B1 – B2 m) A2 Fx = A9 (Pisaro – Pagepapie ) + pvi? (B2 – BA) A+ P2 :
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