The fluid is air (y = 12 N/m³) and the manometer fluid has a sp.gr of 0.827. Assuming no head losses, compute for the difference in pressure between 1 and 2 in kPa. Express your answer in three decimal places D₁ = 100 mm y D₂ = 50mm 80 mm Sp. gr=0.827
The fluid is air (y = 12 N/m³) and the manometer fluid has a sp.gr of 0.827. Assuming no head losses, compute for the difference in pressure between 1 and 2 in kPa. Express your answer in three decimal places D₁ = 100 mm y D₂ = 50mm 80 mm Sp. gr=0.827
Chapter2: Loads On Structures
Section: Chapter Questions
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![The fluid is air (y = 12 N/m³) and the manometer fluid has a sp.gr of 0.827. Assuming no head losses, compute for the difference in pressure between 1 and 2 in kPa. Express your
answer in three decimal places
D₁ = 100 mm
1
2
у
D₂ = 50mm
80 mm
Sp. gr=0.827](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F65b8b0cb-7354-4b7e-88a3-e3edfeb7eef3%2F0bb10049-3eb0-4b4d-ba64-fdfa1a557181%2Fcdyza5f_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The fluid is air (y = 12 N/m³) and the manometer fluid has a sp.gr of 0.827. Assuming no head losses, compute for the difference in pressure between 1 and 2 in kPa. Express your
answer in three decimal places
D₁ = 100 mm
1
2
у
D₂ = 50mm
80 mm
Sp. gr=0.827
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