Q1. A mass-spring-damper vibration system, if the mass is 10 kg. stiffness -2000 N/m and damped constant -50 N.s/m. The system is vibrated at the steady-state initial conditions with frequency 3 rad'see, displacement 0.1 m and velocity 2 m/sec. Determine the force that required vibrating this system and the response of the system after 2 sec.
Q1. A mass-spring-damper vibration system, if the mass is 10 kg. stiffness -2000 N/m and damped constant -50 N.s/m. The system is vibrated at the steady-state initial conditions with frequency 3 rad'see, displacement 0.1 m and velocity 2 m/sec. Determine the force that required vibrating this system and the response of the system after 2 sec.
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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![Q1. A mass-spring-damper vibration system, if the mass is 10 kg. stiffness -2000 Nim and
damped constant 50 N.s/m. The system is vibrated at the steady-state initial conditions with
frequency 3 rad'sec, displacement 0.1 m and velocity 2 m/sec. Determine the force that
required vibrating this system and the response of the system after 2 sec.
Q2. The vibration system is shown in Fig.1. if the K 1500 N/m, K 1800 N/m, K 1200
Nim, w, 12.9 rad/sec, C- 40 N.s/m, r 0.1m and I-0.01 kg/m. Find out the value of m.
K2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa96161ac-a2e8-4d5b-a961-d1e572b6edbe%2F3fad75f3-1945-4953-857b-0ae83228856d%2F8cdd05o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1. A mass-spring-damper vibration system, if the mass is 10 kg. stiffness -2000 Nim and
damped constant 50 N.s/m. The system is vibrated at the steady-state initial conditions with
frequency 3 rad'sec, displacement 0.1 m and velocity 2 m/sec. Determine the force that
required vibrating this system and the response of the system after 2 sec.
Q2. The vibration system is shown in Fig.1. if the K 1500 N/m, K 1800 N/m, K 1200
Nim, w, 12.9 rad/sec, C- 40 N.s/m, r 0.1m and I-0.01 kg/m. Find out the value of m.
K2
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