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Elements Of Electromagnetics
7th Edition
ISBN: 9780190698614
Author: Sadiku, Matthew N. O.
Publisher: Oxford University Press
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
Transcribed Image Text:Determine the kinematic viscosity
(Stokes) of oil having the relative density
as 0.86. The shear stress at a point in oil
is 1.78 N/m² and the velocity gradient at
that point is 0.25 per second.
Solution:
(i) Viscosity (in Ns/m²) =
(ii) Dynamic Viscosity (in poise) =
(iii) Mass density of oil (in kg/m³) =
iv) Kinematic viscosity (in stokes) =
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- A pipe-line carrying water has average height of irregularities projecting from the surface of the boundary of the pipe as 0.15 mm. What type of boundary is it? The shear stress developed is 4.9 N/m². The kinematic viscosity of water is .01 stokes.arrow_forwardA plate separated by 0.1 mm from a fixed plate moves at 0.10 m/s under a force per unit area of 2.0 N/m2. Determine the viscosity of the fluid between the plates. Give your answer in units of mPaos and round to the nearest whole number.arrow_forward
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