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The branching of a blood vessel is shown. Blood at a pressure of 100mg Hg (13.3kPa) flows in the main vessel at 4L/min. Ignore gravity. (a) Estimate the blood pressure for BRANCH 2, assuming that blood vessels behave as rigid tubes that we have frictionless flow and that the vessel lies in the horizontal plane. The answer should be in the unit of kPa. Q3 45° D3 = 0.25 cm 60° Q2 = 2.5 L/min D2 = 0.75 cm |D1 = 1 cm Q1 = 4 L/min P = 100 mm Hg

The branching of a blood vessel is shown. Blood at a pressure of 100mg Hg (13.3kPa) flows in the main vessel at 4L/min. Ignore gravity. (a) Estimate the blood pressure for BRANCH 2, assuming that blood vessels behave as rigid tubes that we have frictionless flow and that the vessel lies in the horizontal plane. The answer should be in the unit of kPa. Q3 45° D3 = 0.25 cm 60° Q2 = 2.5 L/min D2 = 0.75 cm |D1 = 1 cm Q1 = 4 L/min P = 100 mm Hg

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
Problem 1.1MA
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The branching of a blood vessel is shown. Blood at a pressure of 100mg Hg (13.3kPa) flows in the main vessel at 4L/min. Ignore gravity. (a) Estimate the blood pressure for BRANCH 2, assuming that blood vessels behave as rigid tubes that we have frictionless flow and that the vessel lies in the horizontal plane. The answer should be in the unit of kPa. 45° D3 = 0.25 cm 60° Q2 = 2.5 L/min D2 = 0.75 cm D1 = 1 cm Q1 = 4 L/min P = 100 mm Hg %3D
Transcribed Image Text:The branching of a blood vessel is shown. Blood at a pressure of 100mg Hg (13.3kPa) flows in the main vessel at 4L/min. Ignore gravity. (a) Estimate the blood pressure for BRANCH 2, assuming that blood vessels behave as rigid tubes that we have frictionless flow and that the vessel lies in the horizontal plane. The answer should be in the unit of kPa. 45° D3 = 0.25 cm 60° Q2 = 2.5 L/min D2 = 0.75 cm D1 = 1 cm Q1 = 4 L/min P = 100 mm Hg %3D
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