Water, an incompressible fluid, is flowing in a horizontal pipe at a velocity of vang = 1.15 m/s. The pipe makes a right angle upward at the exit and the water exits the pipe vertically into the air. Assuming that the frictional losses are negligible, the maximum height the water jet can rise is: a. 6.9 m b. 7.8 m c. 9.4 m d. 11.5 m e. 12.3 m V1.15 m/s, P 120kPa
Water, an incompressible fluid, is flowing in a horizontal pipe at a velocity of vang = 1.15 m/s. The pipe makes a right angle upward at the exit and the water exits the pipe vertically into the air. Assuming that the frictional losses are negligible, the maximum height the water jet can rise is: a. 6.9 m b. 7.8 m c. 9.4 m d. 11.5 m e. 12.3 m V1.15 m/s, P 120kPa
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Transcribed Image Text:Water, an incompressible fluid, is flowing in a horizontal pipe at a velocity of vavg = 1.15
m/s. The pipe makes a right angle upward at the exit and the water exits the pipe vertically
into the air. Assuming that the frictional losses are negligible, the maximum height the
water jet can rise is:
a. 6.9 m
b. 7.8 m
c. 9.4 m
d. 11.5 m
e. 12.3 m
hea
V1.15 m/s, P 120kPa
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