2.63 Determine the ratio of areas, A,/A,. of the two manometer legs of Fig. P2.63 if a change in pressure in pipe B of 0.5 psi gives a corresponding change of 1 in. in the level of the mercury in the right leg. The pressure in pipe A does not change. (SG = 0.8) Water -Area = Az Area = A Mercury
2.63 Determine the ratio of areas, A,/A,. of the two manometer legs of Fig. P2.63 if a change in pressure in pipe B of 0.5 psi gives a corresponding change of 1 in. in the level of the mercury in the right leg. The pressure in pipe A does not change. (SG = 0.8) Water -Area = Az Area = A Mercury
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![2.63 Determine the ratio of areas, A,/A,, of the two manometer
legs of Fig. P2.63 if a change in pressure in pipe B of 0.5 psi gives
a corresponding change of 1 in. in the level of the mercury in the
right leg. The pressure in pipe A does not change.
dil
(SG = 0.8)
Water
Area = Az
Area = A
Mercury
I Figure P2.63](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc3771661-4ab1-48df-b7e1-affe6a54e9a2%2F2c9903a3-e278-46c0-89f9-dcb0d621c2b5%2Fwiyxqc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2.63 Determine the ratio of areas, A,/A,, of the two manometer
legs of Fig. P2.63 if a change in pressure in pipe B of 0.5 psi gives
a corresponding change of 1 in. in the level of the mercury in the
right leg. The pressure in pipe A does not change.
dil
(SG = 0.8)
Water
Area = Az
Area = A
Mercury
I Figure P2.63
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