UPVOTE WILL BE GIVEN! Write the solutions legibly and correctly. Answer in 3 decimal places.HYDRAULICS/FLUID MECHANICS A large reservoir supplies water for a community. A portion of the water supply system is shown. Water ispumped from the reservoir to a large storage tank before being sent on to the water treatment facility. Thesystem is designed to provide 1310 L/s of water at 20°C.From B to C, the system consists of a square - edged entrance (K₂ = 0.5), 760 m of pipe (e = 0.26mm),three gate valves (Kvalve 0.11), four 45 elbows (Kelbow 450.29), and two 90 elbows(Kelbow 90-=0.64).Gage pressure at C is 197 kPa. The system between F and G contains 760 m of pipe, two gate valves, andfour 90⁰ elbows. The pipe is made of cast iron and is uniform with 508 mm diameter. Calculate the following;a.) average velocity of water in the pipeb.) gage pressure at section Fc.) power input to the pump (its efficiency is 80 percent)-91 m174 m5152 mPump104 m21

a)Average velocity of water in the pipe Here discharge, Q = 1310 l/s = 1.31m3/s We know discharge in…

A large reservoir supplies water for a community. A portion of the water supply system is shown. Water i pumped from the reservoir to a large storage tank before being sent on to the water treatment facility. The system is designed to provide 1310 L/s of water at 20°C. From B to C, the system consists of a square-edged entrance (K = 0.5), 760 m of pipe (e = 0.26mm), three gate valves (Kvalve = 0.11), four 45 elbows (Kelbow 45 = 0.29), and two 90 elbows(Kelbow 90 = 0.64). Gage pressure at C is 197 kPa. The system between F and G contains 760 m of pipe, two gate valves, and four 90° elbows. The pipe is made of cast iron and is uniform with 508 mm diameter. Calculate the following; a.) average velocity of water in the pipe b.) gage pressure at section F c.) power input to the pump (its efficiency is 80 percent)

A large reservoir supplies water for a community. A portion of the water supply system is shown. Water i pumped from the reservoir to a large storage tank before being sent on to the water treatment facility. The system is designed to provide 1310 L/s of water at 20°C. From B to C, the system consists of a square-edged entrance (K = 0.5), 760 m of pipe (e = 0.26mm), three gate valves (Kvalve = 0.11), four 45 elbows (Kelbow 45 = 0.29), and two 90 elbows(Kelbow 90 = 0.64). Gage pressure at C is 197 kPa. The system between F and G contains 760 m of pipe, two gate valves, and four 90° elbows. The pipe is made of cast iron and is uniform with 508 mm diameter. Calculate the following; a.) average velocity of water in the pipe b.) gage pressure at section F c.) power input to the pump (its efficiency is 80 percent)

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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