If anyone can help with this problem I would appreciate it. Thank you! Answers listed in the book are: a) 5, (b) 4.4 m/s, (c) −ρV 22 H2w((1 + cos θ)i + sin θj), (d) magnitude ×1/4 H2vanePaV,H1P.Pig9.V2Figure P3.61 Water of density p flows steadily through a smooth contraction of width w, as shownin Figure P3.61, and exits to atmospheric pressure. A Pitot tube in the jet is connected toa manometer where the other end is open to atmospheric pressure. The manometer fluidhas the same density as water. The jet of water strikes a vane that turns the fluid an angle3.610.(a) Find the ratio V2/V1 (this is a number), given that the gauge pressure upstream of thecontraction is 12PV?.(b) Find V2 in m/s when h =1m.(c) Find the resultant force required to hold the vane in place in terms of p, V2, H2, w and0. Gravity and viscous forces are not important.(d) If the vane now moves at a constant velocity V2/2 to the right, how does the resultantforce required to hold the vane change?

Name: If anyone can help with this problem I would appreciate it. Thank you!
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: If anyone can help with this problem I would appreciate it. Thank you! Answers listed in the book are: a) 5, (b) 4.4 m/s, (c) −ρV 22 H2w((1 + cos θ)i + sin θj), (d) magnitude ×1/4 H2vanePaV,H1P.Pig9.V2Figure P3.61 Water of density p flows steadily th