3. A discharge of 100 gpm flows in a 6 inch diameter pipe. The pipe neck's down to a 4 indiameter. What is the velocity of flow in the 4-inch pipe section and in the 6 inch pipe section?V1A1V2AzA reservoir of water is connected to an 8-inch-diameter pipe 50 feet long and discharging freely.4.The water surface elevation of the reservoir is 410.0, and the elevation of the center of the pipeat its discharge end is 372.5. Neglecting friction, determine the velocity, v, and discharge, Q, atthe end of the pipe.?El. 410D, FocusWearch

Answered: 3. A discharge of 100 gpm flows in a 6…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

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3. A discharge of 100 gpm flows in a 6 inch diameter pipe. The pipe neck's down to a 4 in
diameter. What is the velocity of flow in the 4-inch pipe section and in the 6 inch pipe section?
V1
A1
V2
Az
A reservoir of water is connected to an 8-inch-diameter pipe 50 feet long and discharging freely.
4.
The water surface elevation of the reservoir is 410.0, and the elevation of the center of the pipe
at its discharge end is 372.5. Neglecting friction, determine the velocity, v, and discharge, Q, at
the end of the pipe.?
El. 410
D, Focus
W
earch

Expert Solution

Step 1 GIVEN DATA

$D i s c h a r g e Q = 100 g p m = 100 c m 3 / m i n u t e d i a o f p i p e d_{_{1}} = 6 i n c h = 15.24 c m, A r e a A_{1} = \frac{π}{4} \times {(15.24)}^{2} = 192.11 c m^{2} d_{2} = 4 i n c h = 10.16 c m, A r e a A_{2} = \frac{π}{4} \times {(10.15)}^{2} = 80.9 c m^{2}$

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ISBN:

9781337630931

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KASSIMALI, Aslam.

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