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The mechanical behavior of a biological tissue can be modeled as Maxwell body. The tissue is subject to the force profile: F(1) = F,(1-ed) for 20 where t is time, a is a rate constant and equal to 0.5/s, and F, = 1 nN. Determine the value of the spring constant (k) if damping coefficient µ = 4•10*kg/s, and deformation at t = 2s is 8.16 μη.

The mechanical behavior of a biological tissue can be modeled as Maxwell body. The tissue is subject to the force profile: F(1) = F,(1-ed) for 20 where t is time, a is a rate constant and equal to 0.5/s, and F, = 1 nN. Determine the value of the spring constant (k) if damping coefficient µ = 4•10*kg/s, and deformation at t = 2s is 8.16 μη.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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The mechanical behavior of a biological tissue can be modeled as Maxwell body. The tissue is subject to the force profile: F(t) = F,(1-e) for 120 where t is time, a is a rate constant and equal to 0.5/s, and F,= 1 nN. Determine the value of the spring constant (k) if damping coefficient u = 4•104kg/s, and deformation at t = 2s is 8.16 μm.
Transcribed Image Text:The mechanical behavior of a biological tissue can be modeled as Maxwell body. The tissue is subject to the force profile: F(t) = F,(1-e) for 120 where t is time, a is a rate constant and equal to 0.5/s, and F,= 1 nN. Determine the value of the spring constant (k) if damping coefficient u = 4•104kg/s, and deformation at t = 2s is 8.16 μm.
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