Compute the response of a spring mass system. A force of magnitude 25N, driving frequency of twice the natural frequency and initial conditions given by x(0)=0m, v(0)=0.3m/s. The mass of the system is 15kg and the spring stiffness is 100ON/m. A x(t)=0037sin8.165t + 8.335x10A-3(cos 8.165t-cos16.33t) correct B. . x(t)=0.047sin8.165t + 8.335x10A-3(cos 8.165t- cos16.33t) O C x(t)=0037sin8.165t + 8.335x10A-2(cos 8.165t- cos16.33t)

Compute the response of a spring mass system. A force of magnitude 25N, driving frequency of twice the natural frequency and initial conditions given by x(0)=0m, v(0)=0.3m/s. The mass of the system is 15kg and the spring stiffness is 100ON/m. A x(t)=0037sin8.165t + 8.335x10A-3(cos 8.165t-cos16.33t) correct B. . x(t)=0.047sin8.165t + 8.335x10A-3(cos 8.165t- cos16.33t) O C x(t)=0037sin8.165t + 8.335x10A-2(cos 8.165t- cos16.33t)

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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Concept explainers

Forced undamped vibrations

In mechanical engineering, vibration is expressed as the term that occurs due to an object's backward and forward movement about a point of equilibrium. Generally, there are three types of vibrations which are,

Question

Compute the response of a spring mass system. A force
of magnitude 25N, driving frequency of twice the natural
frequency and initial conditions given by x(0)=0m,
v(0)=0.3m/s. The mass of the system is 15kg and the
spring stiffness is 100ON/m.
A. x(t)=0.037sin8.165t + 8.335x10A-3(cos
8.165t-cos16.33t)
correct
B. x(t)=0.047sin8.165t + 8.335x10A-3(cos 8.165t-
cos16.33t)
O C x(t)=0.037sin8.165t + 8.335x10A-2(cos 8.165t-
cos16.33t)

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