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A U-tube manometer employs a special fluid having specific gravity of 8.25. One side of the manometer is open to the standard atmospheric pressure of 750 mm-Hg and the difference in column heights is measured as 94 mm when exposed to air source at 25° C. Calculate the pressure of the air source in kg Pascals. Assume density of water to be 1000 m³

A U-tube manometer employs a special fluid having specific gravity of 8.25. One side of the manometer is open to the standard atmospheric pressure of 750 mm-Hg and the difference in column heights is measured as 94 mm when exposed to air source at 25° C. Calculate the pressure of the air source in kg Pascals. Assume density of water to be 1000 m³

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A U-tube manometer employs a special fluid having specific gravity of 8.25. One side of the manometer is open to the standard atmospheric pressure of 750 mm-Hg and the difference in column heights is measured as 94 mm when exposed to air source at 25º C. Calculate the pressure of the air source in kg Pascals. Assume density of water to be 1000 m3
Transcribed Image Text:A U-tube manometer employs a special fluid having specific gravity of 8.25. One side of the manometer is open to the standard atmospheric pressure of 750 mm-Hg and the difference in column heights is measured as 94 mm when exposed to air source at 25º C. Calculate the pressure of the air source in kg Pascals. Assume density of water to be 1000 m3
A McLeod Gage is available which has a volume, VB of 58.9 cm vecoum spece, and a capillary diameter of 1 mm. Refercnce The gage reading on the device is 15 cm. Calculate the pressure corresponding to this gage reading in micrometer of Movable Eervoir water. Capillary, C Buh, Opening, O
Transcribed Image Text:A McLeod Gage is available which has a volume, VB of 58.9 cm vecoum spece, and a capillary diameter of 1 mm. Refercnce The gage reading on the device is 15 cm. Calculate the pressure corresponding to this gage reading in micrometer of Movable Eervoir water. Capillary, C Buh, Opening, O
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