As shown below, a differential manometer connects two parallel pipes whose center lines are spaced 300 cm vertically and 400 cm horizontally. One end of a manometer is attached to the pipe located at a higher elevation, which is a 300-mm diameter pipe, Pipe A, with flowing water. The other end of the manometer is attached to a 250-mm diameter pipe, Pipe B, with flowing oil (S.G.= 0.75). Inside the manometer, the differential fluid mercury (S.G.= 13.7) is deflected towards Pipe A. The difference in elevation of the two liquid interfaces are measured to be 375 mm. The pressure difference between the centers of the two pipes is 80 kPa. 06. 4- 375 mm of oil and mercury. A. 8.25 mm 400 cm 05. Calculate the vertical distance as measured from the center of Pipe A to the interface of water and mercury. A. 270.75 mm B B. 22.43 cm 41- 300 cm B. 284.93 cm C. 317.07 cm D. 376.22 mm Calculate the vertical distance as measured from the center of Pipe B to the interface C. 54.57 cm D. 113.72 mm

As shown below, a differential manometer connects two parallel pipes whose center lines are spaced 300 cm vertically and 400 cm horizontally. One end of a manometer is attached to the pipe located at a higher elevation, which is a 300-mm diameter pipe, Pipe A, with flowing water. The other end of the manometer is attached to a 250-mm diameter pipe, Pipe B, with flowing oil (S.G.= 0.75). Inside the manometer, the differential fluid mercury (S.G.= 13.7) is deflected towards Pipe A. The difference in elevation of the two liquid interfaces are measured to be 375 mm. The pressure difference between the centers of the two pipes is 80 kPa. 06. 4- 375 mm of oil and mercury. A. 8.25 mm 400 cm 05. Calculate the vertical distance as measured from the center of Pipe A to the interface of water and mercury. A. 270.75 mm B B. 22.43 cm 41- 300 cm B. 284.93 cm C. 317.07 cm D. 376.22 mm Calculate the vertical distance as measured from the center of Pipe B to the interface C. 54.57 cm D. 113.72 mm

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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