Oil flows at a flow rate of 0.030 (m³/s) in two pipes Connected in Series upwards from point No. (1) to point wo. (2) as shown in figure (1). Diameter of pipe No. (1) is 200 (mm) and diameter of pipe No. (2) is 0.15 (m). for both pipes fa 0.02 and hL= Elevation of point No. (1) is 150 (m) lower than elevations of point No. (2) and 60 (m) lower than elevation of point No.(3)_ length of pipe No. (1) is 700 (m) and length of pipe No. (2) is 1 (km) point No.(2 is located at the outlet of pipe No. (2). Find value of pressure head of oil hz at point No. (3) ane h, at point No. (1). -Draw the H.G.L of flow in these two pipes point No-(1) to from point No. (2). ▾ رارch Pipe Nov (1) 7 Reference line d₂, L₂ Pipe No. (2) Zz #₂

Oil flows at a flow rate of 0.030 (m³/s) in two pipes Connected in Series upwards from point No. (1) to point wo. (2) as shown in figure (1). Diameter of pipe No. (1) is 200 (mm) and diameter of pipe No. (2) is 0.15 (m). for both pipes fa 0.02 and hL= Elevation of point No. (1) is 150 (m) lower than elevations of point No. (2) and 60 (m) lower than elevation of point No.(3)_ length of pipe No. (1) is 700 (m) and length of pipe No. (2) is 1 (km) point No.(2 is located at the outlet of pipe No. (2). Find value of pressure head of oil hz at point No. (3) ane h, at point No. (1). -Draw the H.G.L of flow in these two pipes point No-(1) to from point No. (2). ▾ رارch Pipe Nov (1) 7 Reference line d₂, L₂ Pipe No. (2) Zz #₂

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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