For the elbow shown in the figure, the fluid is flowing through the pipe at A...

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For the elbow shown in the figure, the fluid is flowing through the pipe at A with a static gauge pressure of P = 95 kPa. The discharge at B is (Qg = 0.15) m/s, and the fluid density is (p = 970 kg/m ) kg/m. The fluid- filled elbow has a mass of (24) kg and the center of mass at G. 1) Determine the reaction Force in the x-direction (kN), which the fixed pipe at joint A exerts on the elbow 2) Determine the reaction Force in the y-direction (kN), which the fixed pipe at joint A exerts on the elbow 3) Determine the reaction Moment (Nm) which the fixed pipe at joint A. static Inlet flow gange Pressure PA (kPa) 0.45m A 0.2m G Fixed Joint k discharge atmosphere 0.25m to 0-6 B 0 0-3 For the elbow shown in the figure, the fluid is flowing through the pipe at A with a static gauge pressure of P = 95 kPa. The discharge at B is (Qg = 0.15) m/s, and the fluid density is (p = 970 kg/m ) kg/m. The fluid- filled elbow has a mass of (24) kg and the center of mass at G. 1) Determine the reaction Force in the x-direction (kN), which the fixed pipe at joint A exerts on the elbow 2) Determine the reaction Force in the y-direction (kN), which the fixed pipe at joint A exerts on the elbow 3) Determine the reaction Moment (Nm) which the fixed pipe at joint A. static Inlet flow gange Pressure PA (kPa) 0.45m A 0.2m G Fixed Joint k discharge atmosphere 0.25m to 0-6 B 0 0-3

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To determine the reaction forces and moment exerted by the fixed pipe at joint A on the elbow we can use the principles of fluid mechanics and static ... View the full answer