2:00-2:35Pa= latmwaterDi=10 cmD=5cmThe Pipe reducing section.8ocmof the Figure attacheol.Hg.the inlet diameter is 10 cm e the exit diameteu 5cmwith all fluids at 20c , If the force of the boltsis 688Newhen the reading of the manometer is80 cm. what is the maximeum flow rate allowed inthis case ?

P1ρg+Z1-P2ρg-Z2=.8013.6-1Z1=Z2P1ρg-P2ρg=10.08P1-P2=10.08×1000×9.81where…

2:00-2:35 P2= atm 2 water Di=10 cm D=5cm 80 cm The Pipe reducing section. of the Figure attachol. Hg: the inlet diameter is 10 cm e the exit diameter is 5cm with all fluds at 20c, If the force of the bolts is 688Newhen the reading of the manometer is 80 cm. what is the maximeum flow rate allowed in this case ?

2:00-2:35 P2= atm 2 water Di=10 cm D=5cm 80 cm The Pipe reducing section. of the Figure attachol. Hg: the inlet diameter is 10 cm e the exit diameter is 5cm with all fluds at 20c, If the force of the bolts is 688Newhen the reading of the manometer is 80 cm. what is the maximeum flow rate allowed in this case ?

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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