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b) A film of liquid across the U-shaped frame is held down by the 1.2 grams mass attached to a massless sliding rod of length L as shown in the figure. What is the length of the rod? 1.2g c) Assume a constant pressure gradient, if blood flow is reduced by 85.0%, by what percentage is the radius of a blood vessel decreased? For blood, n = 0.0040 Pa s and p = 1005 kg/m³. [Answer in 2 significant figures]

b) A film of liquid across the U-shaped frame is held down by the 1.2 grams mass attached to a massless sliding rod of length L as shown in the figure. What is the length of the rod? 1.2g c) Assume a constant pressure gradient, if blood flow is reduced by 85.0%, by what percentage is the radius of a blood vessel decreased? For blood, n = 0.0040 Pa s and p = 1005 kg/m³. [Answer in 2 significant figures]

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
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b) A film of liquid across the U-shaped frame is held down by the 1.2 grams mass attached to a massless sliding rod of length L as shown in the figure. What is the length of the rod? 1.2g
Transcribed Image Text:b) A film of liquid across the U-shaped frame is held down by the 1.2 grams mass attached to a massless sliding rod of length L as shown in the figure. What is the length of the rod? 1.2g
c) Assume a constant pressure gradient, if blood flow is reduced by 85.0%, by what percentage is the radius of a blood vessel decreased? For blood, n = 0.0040 Pa s and p = 1005 kg/m³. [Answer in 2 significant figures]
Transcribed Image Text:c) Assume a constant pressure gradient, if blood flow is reduced by 85.0%, by what percentage is the radius of a blood vessel decreased? For blood, n = 0.0040 Pa s and p = 1005 kg/m³. [Answer in 2 significant figures]
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