TAKE, TT =314, 9-9 M=74-8 kg After your strenuous walk to the Rankine building, you decide to take the lift to the sixth floor. You enter the lift at tau 4.8 s with a load corresponding to your total mass (wetthe ellecive hain) if you now consider a force applied due to gravity acting on you, with the spring stiffness of the lift cable being k 79703 N/m, the damping coefficient of the lift c4760 Ns/m and the mass of the lift without any occupents of 811 kg, so that the deflection can be described as - En Ct-T) xe)=張 x(t) = - %3D What is the damped frequency in radians/second) of the lift after you enter it? Answer

TAKE, TT =314, 9-9 M=74-8 kg After your strenuous walk to the Rankine building, you decide to take the lift to the sixth floor. You enter the lift at tau 4.8 s with a load corresponding to your total mass (wetthe ellecive hain) if you now consider a force applied due to gravity acting on you, with the spring stiffness of the lift cable being k 79703 N/m, the damping coefficient of the lift c4760 Ns/m and the mass of the lift without any occupents of 811 kg, so that the deflection can be described as - En Ct-T) xe)=張 x(t) = - %3D What is the damped frequency in radians/second) of the lift after you enter it? Answer

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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