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Two pipes A and B are connected to a differential manometer. The readings are as shown in figure. The pipe A contains a fluid of Specific Gravity 1.1 and pipe B contains a fluid of Specific Gravity 1.3. The pressure in the pipe A is 300 kPa and in pipe B is 150 kPa. The Manometric fluid is mercury. Find the height "h" which is the distance of pipe A from the reference line X-X Pe= 150 kPa PA 300 kPa S.G 1.3 2h+3 S G11 0.5 m

Two pipes A and B are connected to a differential manometer. The readings are as shown in figure. The pipe A contains a fluid of Specific Gravity 1.1 and pipe B contains a fluid of Specific Gravity 1.3. The pressure in the pipe A is 300 kPa and in pipe B is 150 kPa. The Manometric fluid is mercury. Find the height "h" which is the distance of pipe A from the reference line X-X Pe= 150 kPa PA 300 kPa S.G 1.3 2h+3 S G11 0.5 m

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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Two pipes A and B are connected to a differential manometer. The readings are as shown in figure. The pipe A contains a fluid of Specific Gravity 1.1 and pipe B contains a fluid of Specific Gravity 1.3. The pressure in the pipe A is 300 kPa and in pipe B is 150 kPa. The Manometric fluid is mercury. Find the height "h" which is the distance of pipe A from the reference line X-X of Pe= 150 kPa PA 300 kPa S.G-13 2h+3 SG 11 0.5 m
Transcribed Image Text:Two pipes A and B are connected to a differential manometer. The readings are as shown in figure. The pipe A contains a fluid of Specific Gravity 1.1 and pipe B contains a fluid of Specific Gravity 1.3. The pressure in the pipe A is 300 kPa and in pipe B is 150 kPa. The Manometric fluid is mercury. Find the height "h" which is the distance of pipe A from the reference line X-X of Pe= 150 kPa PA 300 kPa S.G-13 2h+3 SG 11 0.5 m
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