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Initially, a U-tube manometer which is 12-mm in diameter contains a mercury with same height in its two legs. If 15 mL of oil (sg = 0.82) is poured into the left-hand leg, what is t 12-mm dia. 140 mm 140 mm Mercury 140 mm Select the correct response 143.9984 mm 268.6307 mm 103.1573 mm 206.3146 mm

Initially, a U-tube manometer which is 12-mm in diameter contains a mercury with same height in its two legs. If 15 mL of oil (sg = 0.82) is poured into the left-hand leg, what is t 12-mm dia. 140 mm 140 mm Mercury 140 mm Select the correct response 143.9984 mm 268.6307 mm 103.1573 mm 206.3146 mm

Structural Analysis
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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Initially, a U-tube manometer which is 12-mm in diameter contains a mercury with same height in its two legs. If 15 mL of oil (sg = 0.82) is poured into the left-hand leg, what is the ultimate height at the right-hand leg? 12-mm dia. 140 mm 140 mm Mercury 140 mm Select the correct response 143.9984 mm 268.6307 mm 103.1573 mm 206.3146 mm
Transcribed Image Text:Initially, a U-tube manometer which is 12-mm in diameter contains a mercury with same height in its two legs. If 15 mL of oil (sg = 0.82) is poured into the left-hand leg, what is the ultimate height at the right-hand leg? 12-mm dia. 140 mm 140 mm Mercury 140 mm Select the correct response 143.9984 mm 268.6307 mm 103.1573 mm 206.3146 mm
The inclined manometer contains water and mercury as shown in the figure. If x = 2, determine the pressure at point m considering the atmospheric pressure at the open end so that there is no deflection in the mercury. Water mo Mercury Select the correct response: 85.071 kPa 87.105 kPa 80.571 kPa 81.705 kPa
Transcribed Image Text:The inclined manometer contains water and mercury as shown in the figure. If x = 2, determine the pressure at point m considering the atmospheric pressure at the open end so that there is no deflection in the mercury. Water mo Mercury Select the correct response: 85.071 kPa 87.105 kPa 80.571 kPa 81.705 kPa
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