Fows through a constant-diameter pipe

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Reference no: EM13993980

Oil (specific gravity, 0.8)  flows through a constant-diameter pipe-(pipe diameter,  D=3 inches)  that goes through a bend of angle,  θ=45°   The flow rate in the pipe is  0.12 ft3 /s.  The pressure in the pipe atAandBis  the same, namely, 11 psi . The flow occurs in the horizontal plane.  It may be assumed that the velocity at any cross-section is constant over the entire cross-section.

1.Determine the x component of force the flow exerts on the elbow (the sign of your result should indicate the direction, so that a positve value indicates that the force is directed in the positive x-direction).

2.Determine the y component of the force the flow exerts on the elbow (the sign of your result should indicate the direction, so that a positve value indicates that the force is in the positive y-direction).

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Reference no: EM13993980

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Fows through a constant-diameter pipe : Oil (specific gravity, 0.8)  flows through a constant-diameter pipe-(pipe diameter,  D=3 inches)  that goes through a bend of angle,  θ=45°   The flow rate in the pipe is  0.12 ft3 /s.  The pressure in the pipe atAandBis  the same, namely, 11 psi . T..
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