D1 = 0.80 in D2 = 0,04 in A syringe in the figure contains fluid of s.g. 1.05. If the plunger is pushed in steadily at 0.125 in/s, what is the exit velocity. Assume no leakage past the plunger. * 0.0317 ft/s 0.0417 ft/s O 0.0517 ft/s 0.0617 ft/s 5 If the velocity in a 12-in diameter pipe is 1.60 ft./s, what is the velocity in a 2.5-in diameter jet issuing from a nozzle attached to the pipe? * 7.805 m/s 0.7805 m/s 78.05 m/s 0.07805 m/s
D1 = 0.80 in D2 = 0,04 in A syringe in the figure contains fluid of s.g. 1.05. If the plunger is pushed in steadily at 0.125 in/s, what is the exit velocity. Assume no leakage past the plunger. * 0.0317 ft/s 0.0417 ft/s O 0.0517 ft/s 0.0617 ft/s 5 If the velocity in a 12-in diameter pipe is 1.60 ft./s, what is the velocity in a 2.5-in diameter jet issuing from a nozzle attached to the pipe? * 7.805 m/s 0.7805 m/s 78.05 m/s 0.07805 m/s
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D1 = 0.80 in
D2 = 0,04 in
A syringe in the figure contains fluid of s.g. 1.05. If the plunger is pushed in steadily at 0.125
in/s, what is the exit velocity. Assume no leakage past the plunger. *
0.0317 ft/s
0.0417 ft/s
0.0517 ft/s
O 0.0617 ft/s
5
If the velocity in a 12-in diameter pipe is 1.60 ft./s, what is the velocity in a 2.5-in diameter jet
issuing from a nozzle attached to the pipe? *
7.805 m/s
0.7805 m/s
78.05 m/s
0.07805 m/s
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