Match the following terms related to fluid flow to their conceptual description: Incompressibility Flow Rate Laminar Flow Turbulence Viscosity a. This drags the fluid near the edge of a tube to move slower than the fluid in the middle b. This occurs when a fluid begins to flow with eddies and random agitations c. This must be constant in order to maintain the mass going into and out of a system d. This is characterized by independent streamlines that do not overlap e. This is only true for liquids, which allows us to find their flow rate
Match the following terms related to fluid flow to their conceptual description: Incompressibility Flow Rate Laminar Flow Turbulence Viscosity a. This drags the fluid near the edge of a tube to move slower than the fluid in the middle b. This occurs when a fluid begins to flow with eddies and random agitations c. This must be constant in order to maintain the mass going into and out of a system d. This is characterized by independent streamlines that do not overlap e. This is only true for liquids, which allows us to find their flow rate
College Physics
11th Edition
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Transcribed Image Text:Match the following terms related to fluid flow to their
conceptual description:
Incompressibility
Flow Rate
Laminar Flow
Turbulence
Viscosity
a. This drags the fluid near the edge of a tube to move slower than the fluid in the middle
b. This occurs when a fluid begins to flow with eddies and random agitations
c. This must be constant in order to maintain the mass going into and out of a system
d. This is characterized by independent streamlines that do not overlap
e. This is only true for liquids, which allows us to find their flow rate
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