An infinite plate is moving at a constant velocity of 0.3m/s over a second stationary plate. A thin layer of the liquid with viscosity of 0.65 centipoises and specific gravity of 0.88 separates the moving plate from the stationary plate. The fluid velocity varies linearly with the distance from the stationary plate. If the length between the two plates is 0.3mm, determine:The absolute viscosity of the liquid in s The kinematic viscosity of the liquid stokesThe shear stress on the fluid layer A centrifuge bowl with internal diameter of 150mm is turning at 8000r/min is used to separate chlorobenzene, with a density of 1109 kgm3, from an aqueous wash liquid having a density of 1020 kgm3. The free liquid surface inside the bowl is 40mm from the axis of rotation. If the centrifugal bowl is to contain equal volumes of the two liquids, what should be the radial distance from the rotational axis to the top of the over flow dam for heavy liquidWhat advantages a Venturi meter has compared to an Orifice meter

Given-Information:- Constant Velocity, v = 0.3 m/sViscosity= 0.65 centipoises = 0.0065 pascal…

Answered: An infinite plate is moving at a…

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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An infinite plate is moving at a constant velocity of 0.3m/s over a second stationary plate. A thin layer of the liquid with viscosity of 0.65 centipoises and specific gravity of 0.88 separates the moving plate from the stationary plate. The fluid velocity varies linearly with the distance from the stationary plate. If the length between the two plates is 0.3mm, determine:
The absolute viscosity of the liquid in s
The kinematic viscosity of the liquid stokes
The shear stress on the fluid layer
A centrifuge bowl with internal diameter of 150mm is turning at 8000r/min is used to separate chlorobenzene, with a density of 1109 kgm³, from an aqueous wash liquid having a density of 1020 kgm³. The free liquid surface inside the bowl is 40mm from the axis of rotation. If the centrifugal bowl is to contain equal volumes of the two liquids, what should be the radial distance from the rotational axis to the top of the over flow dam for heavy liquid
What advantages a Venturi meter has compared to an Orifice meter

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