(l) : tan( C AEwc(k-Mw²) 2 2 2 2 Α Ε ω -Μω kc 2 Derive the frequency equation for the longitudinal vibration of the system shown in figure. above equation is answer of below question so how to derive it solve by continuous system appororoach. how to solve it C 2 Derive the frequency equation for the longitudinal vibration of the system shown in figure. コ AZI
(l) : tan( C AEwc(k-Mw²) 2 2 2 2 Α Ε ω -Μω kc 2 Derive the frequency equation for the longitudinal vibration of the system shown in figure. above equation is answer of below question so how to derive it solve by continuous system appororoach. how to solve it C 2 Derive the frequency equation for the longitudinal vibration of the system shown in figure. コ AZI
Chapter2: Mathematics For Microeconomics
Section: Chapter Questions
Problem 2.16P
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Transcribed Image Text:(l) :
tan(
C
AEwc(k-Mw²)
2 2 2
2
Α Ε ω -Μω kc
2
Derive the frequency equation for the
longitudinal vibration of the system
shown in figure. above equation is
answer of below question so how to
derive it solve by continuous system
appororoach. how to solve it
C
2
Derive the frequency equation for the longitudinal vibration of the system shown in figure.
コ
AZI
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