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c) Illustrate the results of the viscosity test of the above motor oil then fit the viscosity function of temperature to the following logarithmic quadratic correlation as described below. Find the values for the constants a, b, and c. Take uo at To = 0° C. .주) (주) То + c T To In스 - a + b Mo

c) Illustrate the results of the viscosity test of the above motor oil then fit the viscosity function of temperature to the following logarithmic quadratic correlation as described below. Find the values for the constants a, b, and c. Take uo at To = 0° C. .주) (주) То + c T To In스 - a + b Mo

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Temperatuer (c) SuS (min) SUS (s) 20 0:18:30 1110 30 0:08:40 520 40 0:05:15 315 50 0:02:31 151 60 0:01:48 108 70 0:01:22 82 80 0:01:02 62 90 0:00:54 54
Transcribed Image Text:Temperatuer (c) SuS (min) SUS (s) 20 0:18:30 1110 30 0:08:40 520 40 0:05:15 315 50 0:02:31 151 60 0:01:48 108 70 0:01:22 82 80 0:01:02 62 90 0:00:54 54
c) Illustrate the results of the viscosity test of the above motor oil then fit the viscosity function of temperature to the following logarithmic quadratic correlation as described below. Find the values for the constants a, b, and c. Take Ho at To = 0° C. (4) - ) To + c To In - a + b Mo d) What is the viscosity of the used motor oil at 280 K, 305 K and 320 K? You can use the above equation
Transcribed Image Text:c) Illustrate the results of the viscosity test of the above motor oil then fit the viscosity function of temperature to the following logarithmic quadratic correlation as described below. Find the values for the constants a, b, and c. Take Ho at To = 0° C. (4) - ) To + c To In - a + b Mo d) What is the viscosity of the used motor oil at 280 K, 305 K and 320 K? You can use the above equation
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