Y, 5 k=1000 N/ m 4 C = 50 Ns/ m 3 y(t) [cm] m = 8 kg k AYG! (1-7) t [san] 20 10 15 y(t) = %3D In the mass-spring-damper system in the figure, the platform to which the spring and damper elements are attached it moves y(t)= (4Y0*t/T)*(1-t/T) with a period of T=6 seconds so that YO=5 cm. Mass find the time solution x(t) of the motion.

Y, 5 k=1000 N/ m 4 C = 50 Ns/ m 3 y(t) [cm] m = 8 kg k AYG! (1-7) t [san] 20 10 15 y(t) = %3D In the mass-spring-damper system in the figure, the platform to which the spring and damper elements are attached it moves y(t)= (4Y0t/T)(1-t/T) with a period of T=6 seconds so that YO=5 cm. Mass find the time solution x(t) of the motion.

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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