(This information applies to questions 9-10.) An artery has a radius of 10 mm, and blood flows through this artery at 12 cm/s. But there is one part of the artery that is clogged, and the wall of the artery is covered in a 1-mm-thick layer of plaque, so theeffective radius of the artery in the clogged section is only 9 mm. How does the pressure of the blood in the clogged section compare to the pressure of the blood in the rest of the artery?O The pressure is about 20% greater in the clogged sectionThe pressure is about 10% greater in the clogged sectionO The presssure is greater in the clogged section, but we don't have enough information to figure out how much greater (as a percentage)O The pressure is about the same in the clogged sectionO The pressure is less in the clogged section, but we don't have enough information to figure out how much less (as a percentage)O The pressure is about 10% less in the clogged sectionO The pressure is about 20% less in the clogged section

Answered: Image /qna-images/answer/d8bfd9f7-0d51-4623-a96b-ef338c0778ac.jpg

(This information applies to questions 9-10.) An artery has a radius of 10 mm, and blood flows through this artery at 12 cm/s. But there is one part of the artery that is clogged, and the wall of the artery is covered in a 1-mm-thick layer of plaque, so the effective radius of the artery in the clogged section is only 9 mm.

(This information applies to questions 9-10.) An artery has a radius of 10 mm, and blood flows through this artery at 12 cm/s. But there is one part of the artery that is clogged, and the wall of the artery is covered in a 1-mm-thick layer of plaque, so the effective radius of the artery in the clogged section is only 9 mm.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Variation of pressure

From the equation of pressure, pressure is directly proportional to the applied force.

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How does the pressure of the blood in the clogged section compare to the pressure of the blood in the rest of the artery?
O The pressure is about 20% greater in the clogged section
The pressure is about 10% greater in the clogged section
O The presssure is greater in the clogged section, but we don't have enough information to figure out how much greater (as a percentage)
O The pressure is about the same in the clogged section
O The pressure is less in the clogged section, but we don't have enough information to figure out how much less (as a percentage)
O The pressure is about 10% less in the clogged section
O The pressure is about 20% less in the clogged section

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