Oil, with S = 0.85, and v = 1.8×10 m/s, flows at a rate of 2.0L/s through 500m horizontaland smooth pipe of 100mm-diameter. Determine a) the head loss; b) the pressure drop.%3D0.1La Todn TatlFully iough turhuleit i evls off0.070.05040.05MaanialCLOIS an akSmooth pipesel0WinsleCper as sCat eWgeCopmndal nd10 10s 3 4 56 K 10 310 3 4 56 to 2003456 g 34 56 103456 810Reyns ler, HeDancy friction factor.64/RG

First check whether the flow is laminar or turbulent using the value of Reynolds number. If…

Oil, with S = 0.85, and v = 1.8×10 m/s, flows at a rate of 2.0L/s through 500m horizontal and smooth pipe of 100mm-diameter. Determine a) the head loss; b) the pressure drop. %3D 0.1 gm La To n Tatr Hully iough turhulein i levls off 0.07 0.05 04 0.05 a025 Maanial CLOIS an ak Smooth pipes Wasle Cper ras g Cat e 01 Commundal nd 10 10s 3 4 56 K10 310 3 4 56 to 20034 S6 g 34 56 a103456 810 Reynks ler. He Dancy friction factor.

Oil, with S = 0.85, and v = 1.8×10 m/s, flows at a rate of 2.0L/s through 500m horizontal and smooth pipe of 100mm-diameter. Determine a) the head loss; b) the pressure drop. %3D 0.1 gm La To n Tatr Hully iough turhulein i levls off 0.07 0.05 04 0.05 a025 Maanial CLOIS an ak Smooth pipes Wasle Cper ras g Cat e 01 Commundal nd 10 10s 3 4 56 K10 310 3 4 56 to 20034 S6 g 34 56 a103456 810 Reynks ler. He Dancy friction factor.

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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