When two adjacent fluid layers move at different speeds, a frictional force builds up between them, and the slow-moving layer tries to slow down the fast-moving one. Which of the following is the internal resistance to flow? a) Stress B) turbulent NS) Viscosity D) Friction TO) laminar
When two adjacent fluid layers move at different speeds, a frictional force builds up between them, and the slow-moving layer tries to slow down the fast-moving one. Which of the following is the internal resistance to flow? a) Stress B) turbulent NS) Viscosity D) Friction TO) laminar
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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When two adjacent fluid layers move at different speeds, a frictional force builds up between them, and the slow-moving layer tries to slow down the fast-moving one. Which of the following is the internal resistance to flow? |
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Viscosity is the property which define the internal resistance between two adjacent layer and the shear deformation .In liquid viscosity mainly depends upon temperature and in gas it it is also the main function of temperature at moderate pressure.
In liquid viscosity is due to cohesive forces and in gases it is due to the momentum transfer in perpendicular direction.
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