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A viscous liquid (u= 0.017 lbs/ft², p = 1.81 slugs/ft') flows through the annular space between two horizontal, fixed, concentric cylinders. (a) If the radius of the inner cylinder is ri =1.6 in. and the radius of the outer cylinder is ro = 2.8 in., what is average velocity when the pressure drop along the axis of annulus is 80 lb/ft² per ft? (b) If the inner cylinder does not exist, what is the average velocity given the same pressure drop.

A viscous liquid (u= 0.017 lbs/ft², p = 1.81 slugs/ft') flows through the annular space between two horizontal, fixed, concentric cylinders. (a) If the radius of the inner cylinder is ri =1.6 in. and the radius of the outer cylinder is ro = 2.8 in., what is average velocity when the pressure drop along the axis of annulus is 80 lb/ft² per ft? (b) If the inner cylinder does not exist, what is the average velocity given the same pressure drop.

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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1. A viscous liquid (u = 0.017 lbs/ft?, p= 1.81 slugs/ft') flows through the annular space between two horizontal, fixed, concentric cylinders. (a) If the radius of the inner cylinder is ri =1.6 in. and the radius of the outer cylinder is r, = 2.8 in., what is average velocity when the pressure drop along the axis of annulus is 80 lb/ft² what is the average velocity given the same pressure drop. per ft? (b) If the inner cylinder does not exist,
Transcribed Image Text:1. A viscous liquid (u = 0.017 lbs/ft?, p= 1.81 slugs/ft') flows through the annular space between two horizontal, fixed, concentric cylinders. (a) If the radius of the inner cylinder is ri =1.6 in. and the radius of the outer cylinder is r, = 2.8 in., what is average velocity when the pressure drop along the axis of annulus is 80 lb/ft² what is the average velocity given the same pressure drop. per ft? (b) If the inner cylinder does not exist,
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