In ideal flow, a liquid of density 930 ka/m moves from a horizontal tube of radius 2.00 cm into a second horizontal tube of radius 1.000 emi at the same éleva first tube. The pressure differs by AP between the liquid in one tube and the iquid in the second tube. (a) Find the volume low rate as a function of AP. volume flow rate-0.000015AP m/s (b) Evaluate the volume flow rate for AP 5.80 kPa. 5800 Your response differs significantly from the correct answer, Rework your solution from the beginning and check each step carefully. Us (e) Evaluate the volume flow rate for AP 11.6 kPa. 174.4 Your response differs significantily from the correct answer. Rework your solution from the beginning and check each step carefully. Us
In ideal flow, a liquid of density 930 ka/m moves from a horizontal tube of radius 2.00 cm into a second horizontal tube of radius 1.000 emi at the same éleva first tube. The pressure differs by AP between the liquid in one tube and the iquid in the second tube. (a) Find the volume low rate as a function of AP. volume flow rate-0.000015AP m/s (b) Evaluate the volume flow rate for AP 5.80 kPa. 5800 Your response differs significantly from the correct answer, Rework your solution from the beginning and check each step carefully. Us (e) Evaluate the volume flow rate for AP 11.6 kPa. 174.4 Your response differs significantily from the correct answer. Rework your solution from the beginning and check each step carefully. Us
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In ideal flow, a liquid of density 930 kg/m moves from a horizontal tube of radius 2,00 cm into a second horizontal tube of radius 1.000 cm at the same elevation as the
first tube. The pressure differs by AP between the liquid in one tube and the liquid in the second tube.
(a) Find the volume flow rate as a function of AP.
volume flow rate - 0.000015AP
(b) Evaluate the volume flow rate for AP S.80 kPa.
5800
Your response differs significantly from the correct answer. Rework your solution from the beginning and check each step carefully. Us
(c) Evaluate the volume flow rate for AP 11.6 kPa.
174.4
Your response differs significantly from the correct answer. Rework your solution from the beginning and check each step carefully. Us
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