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Pr 4: (25 pts): Water with density 1.94 slugs/ ft3 and dynamic viscosity 2.09×10−5lbf−s/ft2 flows at 1000 gpm through a 6 in commercial steel pipe. The pipe is 2000ft long and slopes downward at 20 deg in the flow direction. 1ft3=7.48 gallons. (a) (5 pt) Compute the velocity in the pipe. (b) (5 pt) Calculate the Reynolds number. (c) (5 pt) Calculate the friction factor. Use Eqn. 6.49 in book. (d) (5 pt) Calculate the head loss. (e) (5 pt) Calculate the pressure change P1−P2 in psi.
Pr 4: (25 pts): Water with density 1.94 slugs/ ft3 and dynamic viscosity 2.09×10−5lbf−s/ft2 flows at 1000 gpm through a
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Pr 4: (25 pts): Water with density 1.94 slugs/ ft3 and dynamic viscosity 2.09×10−5lbf−s/ft2 flows at 1000 gpm through a
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