1: the mass damper spring given in the figure on the side is a harmonic it's under the influence of force. a-) obtain the equation of motion by making the necessary admissions for this system. B - ) natural frequency of the system using the values given in the table, damping State (critical, etc. ), find and interpret the damping constant and degrees of damping. c-) t = 5s with t = 20s compare the situation in their time. What changes have occurred?
1: the mass damper spring given in the figure on the side is a harmonic it's under the influence of force. a-) obtain the equation of motion by making the necessary admissions for this system. B - ) natural frequency of the system using the values given in the table, damping State (critical, etc. ), find and interpret the damping constant and degrees of damping. c-) t = 5s with t = 20s compare the situation in their time. What changes have occurred?
Welding: Principles and Applications (MindTap Course List)
8th Edition
ISBN:9781305494695
Author:Larry Jeffus
Publisher:Larry Jeffus
Chapter25: Testing And Inspection
Section: Chapter Questions
Problem 10R: How is piping porosity formed?
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1: the mass damper spring given in the figure on the side is a harmonic
it's under the influence of force.
a-) obtain the equation of motion by making the necessary admissions for this system.
B - ) natural frequency of the system using the values given in the table, damping State (critical, etc. ), find and interpret the damping constant and degrees of damping.
c-) t = 5s with t = 20s compare the situation in their time. What changes have occurred?
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Transcribed Image Text:Fo sinot
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