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Total pressure port (in) port m (0) Col A pitot-static pressure probe (see Fig. 9.28, and the equations above it) inserted within a large duct with a flowing stream of an atmospheric gas Indicates an equivalent pressure deflection of 5.7 cm H₂0. What is the speed of the gas measured in meters/sec? Assume that the specific weight of water - 9800 and density of gas-1.10k. Round your answer to the nearest N m 2 (two) decimal places. Watch units carefully! St pressure

Total pressure port (in) port m (0) Col A pitot-static pressure probe (see Fig. 9.28, and the equations above it) inserted within a large duct with a flowing stream of an atmospheric gas Indicates an equivalent pressure deflection of 5.7 cm H₂0. What is the speed of the gas measured in meters/sec? Assume that the specific weight of water - 9800 and density of gas-1.10k. Round your answer to the nearest N m 2 (two) decimal places. Watch units carefully! St pressure

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
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Total pressure port (in) Static pressur ports N - 9800, and density of gas m Total (out) Coaxial pressure A pitot-static pressure probe (see Fig. 9.28, and the equations above it) inserted within a large duct with a flowing stream of an atmospheric gas indicates an equivalent pressure deflection of 5.7 cm H₂O. What is the speed of the gas measured in meters/sec? Assume that the specific weight of water 1.10k. Round your answer to the nearest m 2 (two) decimal places. Watch units carefully!
Transcribed Image Text:Total pressure port (in) Static pressur ports N - 9800, and density of gas m Total (out) Coaxial pressure A pitot-static pressure probe (see Fig. 9.28, and the equations above it) inserted within a large duct with a flowing stream of an atmospheric gas indicates an equivalent pressure deflection of 5.7 cm H₂O. What is the speed of the gas measured in meters/sec? Assume that the specific weight of water 1.10k. Round your answer to the nearest m 2 (two) decimal places. Watch units carefully!
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