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A forced excited m–k–c system is under a harmonic force F: F=5000sinωt If the mass m = 50 kg; k=80E3 N/m; damping ratio=0.3 and dynamic deflection is to be less than 0.08 m. Determine the range of operating excitation frequency. Also the show the operating range of frequency on a graph.

A forced excited m–k–c system is under a harmonic force F: F=5000sinωt If the mass m = 50 kg; k=80E3 N/m; damping ratio=0.3 and dynamic deflection is to be less than 0.08 m. Determine the range of operating excitation frequency. Also the show the operating range of frequency on a graph.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A forced excited m–k–c system is under a harmonic force F:

F=5000sinωt

If the mass m = 50 kg; k=80E3 N/m; damping ratio=0.3 and dynamic deflection is to be less than 0.08 m. Determine the range of operating excitation frequency. Also the show the operating range of frequency on a graph.

A forced excited m-k-c system is under a harmonic force F: F = 1000sinwt If the mass m = 100 kg; k=40E3 N/m; damping ratio=0.2 and dynamic deflection is to be less than 0.06 m. Determine the range of operating excitation frequency. Also the show the operating range of frequency on a graph. A- BI
Transcribed Image Text:A forced excited m-k-c system is under a harmonic force F: F = 1000sinwt If the mass m = 100 kg; k=40E3 N/m; damping ratio=0.2 and dynamic deflection is to be less than 0.06 m. Determine the range of operating excitation frequency. Also the show the operating range of frequency on a graph. A- BI
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