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A 140 m long pipeline runs between two reservoirs, both ends being under water, and the intake end is square-edged and non-projecting. The difference between the water levels in the two reservoirs is 40m. a) What is the discharge if the pipe diameter is 20 cm and f = 0.007? The density of water may be taken as 1000 kg/m³. b) When this same pipe is old, assume that corrosion reduces the diameter to 18 cm and that f becomes 0.012. What will the rate of discharge be then?

A 140 m long pipeline runs between two reservoirs, both ends being under water, and the intake end is square-edged and non-projecting. The difference between the water levels in the two reservoirs is 40m. a) What is the discharge if the pipe diameter is 20 cm and f = 0.007? The density of water may be taken as 1000 kg/m³. b) When this same pipe is old, assume that corrosion reduces the diameter to 18 cm and that f becomes 0.012. What will the rate of discharge be then?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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A 140 m long pipeline runs between two reservoirs, both ends being under water, and the intake end is square-edged and non-projecting. The difference between the water levels in the two reservoirs is 40m. a) What is the discharge if the pipe diameter is 20 cm and f = 0.007? The density of water may be taken as 1000 kg/m³. b) When this same pipe is old, assume that corrosion reduces the diameter to 18 cm and that f becomes 0.012. What will the rate of discharge be then?
Transcribed Image Text:A 140 m long pipeline runs between two reservoirs, both ends being under water, and the intake end is square-edged and non-projecting. The difference between the water levels in the two reservoirs is 40m. a) What is the discharge if the pipe diameter is 20 cm and f = 0.007? The density of water may be taken as 1000 kg/m³. b) When this same pipe is old, assume that corrosion reduces the diameter to 18 cm and that f becomes 0.012. What will the rate of discharge be then?
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Can i get the answer as an image i cant see the whole write up

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< → ↑ 11:39 SEARCH Step 1: Given data Given: Length of the pipe, L = 14 Step 2: a) Calculation of the discharge for pipe diameter d=20 cm ▼ 1 L=140 m Solution AA ASK d f CHAT Using Loss coefficient table, Loss 2 Step 3: b) Calculation of the discharge for pipe diameter d=18 cm The head loss in the pipe is g WAS THIS HELPFUL? v (a) The discharge through the 20 bartleby.com 66 (
Transcribed Image Text:< → ↑ 11:39 SEARCH Step 1: Given data Given: Length of the pipe, L = 14 Step 2: a) Calculation of the discharge for pipe diameter d=20 cm ▼ 1 L=140 m Solution AA ASK d f CHAT Using Loss coefficient table, Loss 2 Step 3: b) Calculation of the discharge for pipe diameter d=18 cm The head loss in the pipe is g WAS THIS HELPFUL? v (a) The discharge through the 20 bartleby.com 66 (
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