Answered: 4.109 Knowing the speed at point 1 of a… | bartleby

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6:04
4.109 Knowing the speed at point 1 of a fluid upstream of a
sphere and the average speed at point 2 in the wake of in the
sphere, can one use the Bernoulli equation to find the pressure
difference between the two points? Provide the rationale for
your decision.
Wake
PROBLEM 4.109

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The IV system shown below contains whole blood at a height of 0.857 m. Determine the gauge pressure (in psi) at the injection point [round your final answer to two decimal place]. 1 atm= 14.7 psi 1 atm = 1.013x105 Pa I atm = 760 mmHg h Density of whole blood = 1,060 kg/m³
9.6 please answer parts b-g
Calculate the gauge pressure (in Pa first, then convert) due to whole blood in an IV system such as the one shown in picture below if h = 2.03 m. b) Noting that there is an open tube, so that atmospheric pressure is exerted on the whole blood in the bottle, calculate the total pressure (absolute) exerted at the needle by the blood. Report both answers in mm of Hg.(1 atm= 14.7psi = 1.013x105 Pa= 760 mmHg; Absolute)(Density of whole blood = 1060 kg/m3)
Professor, the solution is possible in detail and on the solution sheet it is
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