a) A gasoline with a kinematic viscosity of v = 5 x 10-"m2/s flows in a 200-mm-diameter smooth pipe, the friction head loss is 0.45 m per 100 m. find theflow rate.b) Draw the energy grade line (EGL) and the hydraulic grade line (HGL) for theflow in the following figure writing the formula of minor losses for eachtype. Assume complete rough pipes with roughness coefficient =0.28 mm forthe three pipes, what is the total difference in head between the two tankswhen the flow discharge is 1.2 m/s.Tank1D1=0.5mPipe3Pip1Pipe2Valvek =0.7valveL3=700mL2=120mD2=0.8mL1=300mTank2D3=0.5m

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Answered: a) A gasoline with a kinematic…

a) A gasoline with a kinematic viscosity of v = 5 x 10-7m2/s flows in a 200- mm-diameter smooth pipe, the friction head loss is 0.45 m per 100 m. find the flow rate.

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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Question

100%

a) A gasoline with a kinematic viscosity of v = 5 x 10-"m2/s flows in a 200-
mm-diameter smooth pipe, the friction head loss is 0.45 m per 100 m. find the
flow rate.
b) Draw the energy grade line (EGL) and the hydraulic grade line (HGL) for the
flow in the following figure writing the formula of minor losses for each
type. Assume complete rough pipes with roughness coefficient =0.28 mm for
the three pipes, what is the total difference in head between the two tanks
when the flow discharge is 1.2 m/s.
Tank1
D1=0.5m
Pipe3
Pip1
Pipe2
Valve
k =0.7
valve
L3=700m
L2=120m
D2=0.8m
L1=300m
Tank2
D3=0.5m

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