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Question 6 An unknown pressure is applied to P, of the U-tube manometer shown to the right. P2 is left open to the atmosphere where the atmospheric pressure is 101 kPa. hl is measured as 10" and h2 is 16.5". Calculate the differential pressure in psi and kPa if the manometer fluid is: a) Water b) Mercury Question 71 J

Question 6 An unknown pressure is applied to P, of the U-tube manometer shown to the right. P2 is left open to the atmosphere where the atmospheric pressure is 101 kPa. hl is measured as 10" and h2 is 16.5". Calculate the differential pressure in psi and kPa if the manometer fluid is: a) Water b) Mercury Question 71 J

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Question 6 An unknown pressure is applied to P, of the U-tube manometer shown to the right. P2 is left open to the atmosphere where the atmospheric pressure is 101 kPa. hl is measured as 10" and h2 is 16.5". Calculate the differential pressure in psi and kPa if the manometer fluid is: a) Water b) Mercury J Fluid density p Question 7 ( In the figure below two pipes containing the same fluid of density p= 990 kg/m³ are connected using a U- tube manometer. What is the pressure difference between the manometer contains fluid of relative density 13.6? h₂ a 1.5m h = 0.5m Fluid density P hb=0.75m Manometric fluid density Pman = 13.4 p
Transcribed Image Text:Question 6 An unknown pressure is applied to P, of the U-tube manometer shown to the right. P2 is left open to the atmosphere where the atmospheric pressure is 101 kPa. hl is measured as 10" and h2 is 16.5". Calculate the differential pressure in psi and kPa if the manometer fluid is: a) Water b) Mercury J Fluid density p Question 7 ( In the figure below two pipes containing the same fluid of density p= 990 kg/m³ are connected using a U- tube manometer. What is the pressure difference between the manometer contains fluid of relative density 13.6? h₂ a 1.5m h = 0.5m Fluid density P hb=0.75m Manometric fluid density Pman = 13.4 p
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