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he area of the inner cross section of a horizontal tube (fixed) is A, while the area of cross section of its part on the right hand side is KA, here K< 1. The two parts are attached smoothly without any sharp turns as given. In the tube there is some liquid that can be pushed ut of this part of tube. The liquid which leaves the tube hits a vertical wall and spreads out, creating a tapering film of fluid. КА alue of horizontal force which is exerted by tube on support _KF 1-K² _K? · F 1-K? _ 2K_ F 1-K?

he area of the inner cross section of a horizontal tube (fixed) is A, while the area of cross section of its part on the right hand side is KA, here K< 1. The two parts are attached smoothly without any sharp turns as given. In the tube there is some liquid that can be pushed ut of this part of tube. The liquid which leaves the tube hits a vertical wall and spreads out, creating a tapering film of fluid. КА alue of horizontal force which is exerted by tube on support _KF 1-K² _K? · F 1-K? _ 2K_ F 1-K?

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 area of the inner cross section of a horizontal tube (fixed) is A, while the area of cross section of its part on the right hand side is KA, where K< 1. The two parts are attached smoothly without any sharp turns as given. In the tube there is some liquid that can be pushed out of this part of tube. The liquid which leaves the tube hits a vertical wall and spreads out, creating a tapering film of fluid. F КА A Value of horizontal force which is exerted by tube on support KF 1-K² K? F 1-к? 2K F 1-к? O - K-1 K+1 F
Transcribed Image Text:The area of the inner cross section of a horizontal tube (fixed) is A, while the area of cross section of its part on the right hand side is KA, where K< 1. The two parts are attached smoothly without any sharp turns as given. In the tube there is some liquid that can be pushed out of this part of tube. The liquid which leaves the tube hits a vertical wall and spreads out, creating a tapering film of fluid. F КА A Value of horizontal force which is exerted by tube on support KF 1-K² K? F 1-к? 2K F 1-к? O - K-1 K+1 F
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