Q1. A concentric cylinder viscometer is driven by a falling mass M connected by a cord and pulley to the inner cylmder. Annular gap of width a and height H has been filled with liquid to be tested. The speed of the falling mass is Vm. Develop an algebraic expression for the viscosity of the liquid. Evaluate the viscosity of the liquid using M=0.1 Kg, R=50mm, H-80 mm, r-25mm, a=0.20mm and Vim = 30 + XX Cord Puliey, M

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Q1.
A concentric cylinder viscometer is driven by a falling mass M connected by
a cord and pulley to the inner cylmder. Annular gap of width a and height H has
been filled with liquid to be tested. The speed of the falling mass is Vim. Develop an
algebraic expression for the viscosity of the liquid. Evaluate the viscosity of the
liquid using M= 0.1 Kg, R=50mm, H=80 mm, r-25mm, =0.20mm and Vim = 30 +
ww
XX
Cord
Puliey,
Transcribed Image Text:Q1. A concentric cylinder viscometer is driven by a falling mass M connected by a cord and pulley to the inner cylmder. Annular gap of width a and height H has been filled with liquid to be tested. The speed of the falling mass is Vim. Develop an algebraic expression for the viscosity of the liquid. Evaluate the viscosity of the liquid using M= 0.1 Kg, R=50mm, H=80 mm, r-25mm, =0.20mm and Vim = 30 + ww XX Cord Puliey,
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