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Water flows as two free jets from the tee attached to the pipe as shown in Figure Q2. The exit speed is 15 m/s. If viscous effects and gravity are negligible. (a) Draw an appropriate control volume for the water jet indicating all yelocities and force components acting on it. (b) Determine the velocity at the entrance of the tee. (c) Determine the x component of the force that the pipe exerts on the tee.

Water flows as two free jets from the tee attached to the pipe as shown in Figure Q2. The exit speed is 15 m/s. If viscous effects and gravity are negligible. (a) Draw an appropriate control volume for the water jet indicating all yelocities and force components acting on it. (b) Determine the velocity at the entrance of the tee. (c) Determine the x component of the force that the pipe exerts on the tee.

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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Q2. Water flows as two free jets from the tee attached to the pipe as shown in Figure Q2. The exit speed is 15 m/s. If viscous effects and gravity are negligible. (a) Draw an appropriate control volume for the water jet indicating all velocities and force components acting on it. (b) Determine the velocity at the entrance of the tee. (c) Determine the x component of the force that the pipe exerts on the tee. (d) Determine the y component of the force that the pipe exerts on the tee, V = 15 m/s Area = 0.3 m2 Area = 1 m2 V = 15 m/s Area = 0.5 m2 Pipe Tee Figure Q2
Transcribed Image Text:Q2. Water flows as two free jets from the tee attached to the pipe as shown in Figure Q2. The exit speed is 15 m/s. If viscous effects and gravity are negligible. (a) Draw an appropriate control volume for the water jet indicating all velocities and force components acting on it. (b) Determine the velocity at the entrance of the tee. (c) Determine the x component of the force that the pipe exerts on the tee. (d) Determine the y component of the force that the pipe exerts on the tee, V = 15 m/s Area = 0.3 m2 Area = 1 m2 V = 15 m/s Area = 0.5 m2 Pipe Tee Figure Q2
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