Figure below shows a jet of water striking a curved vane, which turns the jet through an of Im/s The jet velocity is is angle of 120. The vane is moving to the right at a velocity 2.5 m/S and 71s crOSS- sectional area 0.03 m Assuming no frictional1osses betwseen the Jet and the Surface, determine the 101-3 N reaction forces Fx an d Ey' CANSwer = Fx Fy = 58.5 N) %3D 120°
Figure below shows a jet of water striking a curved vane, which turns the jet through an of Im/s The jet velocity is is angle of 120. The vane is moving to the right at a velocity 2.5 m/S and 71s crOSS- sectional area 0.03 m Assuming no frictional1osses betwseen the Jet and the Surface, determine the 101-3 N reaction forces Fx an d Ey' CANSwer = Fx Fy = 58.5 N) %3D 120°
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:1 Figure betow shows ajet of water striking a curved vane,which turns the
jet through an
of Im/s The jet velocity is
angle of 12o". The vane is moving to the right at a velocity
2.5 m/S and 71s CroSs- sectional area
is
0.03 m
Assuming no frictional 1osses betwseen the jet and the
Surface, determine the reaction
for ces
Fx and Ey
CANSwer Fx
101-3 N
Fy = 58.5 N)
%3D
120
Vv
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