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Water flows through a horizontal bend in the (x, y)-plane and discharges into the atmosphere as a free jet as shown. Gravity acts in the z direction (perpendicular to the page). The pipe diameters are A₁ = 100 cm² and A₂ = 10 cm². When the Bourdon 10 cm². When the Bourdon gauge reads Pgage 15 kPa, the flow rate is measured to be Q = 5.0 L/s. = Determine the head loss for this bend.

Water flows through a horizontal bend in the (x, y)-plane and discharges into the atmosphere as a free jet as shown. Gravity acts in the z direction (perpendicular to the page). The pipe diameters are A₁ = 100 cm² and A₂ = 10 cm². When the Bourdon 10 cm². When the Bourdon gauge reads Pgage 15 kPa, the flow rate is measured to be Q = 5.0 L/s. = Determine the head loss for this bend.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Please determine:

a.)the head loss for the bend

b.) the magnitudes and directions of the forces anchoring the pipe bend in place, Rx and Ry

Water flows through a horizontal bend in the (x, y)-plane and discharges into the atmosphere as a free jet as shown. Gravity acts in the z direction (perpendicular to the page). The pipe diameters are A₁ = 100 cm² and A₂ = 10 cm². When the Bourdon gauge reads Pgage = 15 kPa, the flow rate is measured to be Q = 5.0L/s. Determine the head loss for this bend. Q A1 Pgage water A₂ Z450 45° Ry R
Transcribed Image Text:Water flows through a horizontal bend in the (x, y)-plane and discharges into the atmosphere as a free jet as shown. Gravity acts in the z direction (perpendicular to the page). The pipe diameters are A₁ = 100 cm² and A₂ = 10 cm². When the Bourdon gauge reads Pgage = 15 kPa, the flow rate is measured to be Q = 5.0L/s. Determine the head loss for this bend. Q A1 Pgage water A₂ Z450 45° Ry R
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The answers to the head loss and Ry are correct but Rx is wrong. Rx should be 170 N, could you try reworking it?

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