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)A U-tube containing mercury (relative density 13.6) has its right-hand limb open to at mosphere and the left-hand limb connected to a pipe conveying water under pressur e, the difference in levels of mercury in the two limbs being 50 mm. If the mercury leve Iin the left limb is 100 mm below the centre line of the pipe, find the absolute pressur e in the pipeline in kPa. Also find the new difference in levels of the mercury in the U-t ube, if the pressure in the pipe falls by 0.5 kN/m2.

)A U-tube containing mercury (relative density 13.6) has its right-hand limb open to at mosphere and the left-hand limb connected to a pipe conveying water under pressur e, the difference in levels of mercury in the two limbs being 50 mm. If the mercury leve Iin the left limb is 100 mm below the centre line of the pipe, find the absolute pressur e in the pipeline in kPa. Also find the new difference in levels of the mercury in the U-t ube, if the pressure in the pipe falls by 0.5 kN/m2.

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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)A U-tube containing mercury (relative density 13.6) has its right-hand limb open to at mosphere and the left-hand limb connected to a pipe conveying water under pressur e, the difference in levels of mercury in the two limbs being 50 mm. If the mercury leve Tin the left limb is 100 mm below the centre line of the pipe, find the absolute pressur e in the pipeline in kPa. Also find the new difference in levels of the mercury in the U-t ube, if the pressure in the pipe falls by 0.5 kN/m2.
Transcribed Image Text:)A U-tube containing mercury (relative density 13.6) has its right-hand limb open to at mosphere and the left-hand limb connected to a pipe conveying water under pressur e, the difference in levels of mercury in the two limbs being 50 mm. If the mercury leve Tin the left limb is 100 mm below the centre line of the pipe, find the absolute pressur e in the pipeline in kPa. Also find the new difference in levels of the mercury in the U-t ube, if the pressure in the pipe falls by 0.5 kN/m2.
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