The variation of the dynamic viscosity of water with absolute temperature is given as Using these tabulated data, develop a relation for viscosity in the form of ? = ? (T ) = A + BT + CT2 + DT3 + ET4. Using the relation developed, predict the dynamic viscosity of water at 50°C at which the reported value is 5.468 × 10−4 Pa⋅s. Compare your result with the results of Andrade’s equation, which is given in the form of ? = D⋅eB/T, where D and B are constants whose values are to be determined using the viscosity data given. T, KH, Pa-s1.787 x 10-31.519 x 10-31.307 x 10-31.002 x 10-37.975 x 10-4273.15278.15283.15293.15303.15313.156.529 x 10-44.665 x 10-43.547 x 10-4333.15353.15373.152.828 x 10-4

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Answered: T, K H, Pa-s 1.787 x 10-3 1.519 x 10-3…

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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The variation of the dynamic viscosity of water with absolute temperature is given as Using these tabulated data, develop a relation for viscosity in the form of ? = ? (T ) = A + BT + CT² + DT³ + ET⁴. Using the relation developed, predict the dynamic viscosity of water at 50°C at which the reported value is 5.468 × 10⁻⁴ Pa⋅s. Compare your result with the results of Andrade’s equation, which is given in the form of ? = D⋅e^B/T, where D and B are constants whose values are to be determined using the viscosity data given.

T, K
H, Pa-s
1.787 x 10-3
1.519 x 10-3
1.307 x 10-3
1.002 x 10-3
7.975 x 10-4
273.15
278.15
283.15
293.15
303.15
313.15
6.529 x 10-4
4.665 x 10-4
3.547 x 10-4
333.15
353.15
373.15
2.828 x 10-4

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