A mass of 'M' is attached to a spring whose upper end is fixed. The mass and stiffness of the spring are 'm' and 'k' respectively. The natural frequency of the spring mass system would be 2k (2M+m) k 2k 3k 1 (A) 2n V(M+m) 1 (B) 2n V (M+ m) (C) 2n V(3M + m) (D) 2n
A mass of 'M' is attached to a spring whose upper end is fixed. The mass and stiffness of the spring are 'm' and 'k' respectively. The natural frequency of the spring mass system would be 2k (2M+m) k 2k 3k 1 (A) 2n V(M+m) 1 (B) 2n V (M+ m) (C) 2n V(3M + m) (D) 2n
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![A mass of 'M is attached to a spring whose upper end is fixed. The mass and stiffness of the
spring are 'm' and 'k' respectively. The natural frequency of the spring mass system would be
1
(A)
k
2k
3k
2k
1
(B)
2n V (M+m)
(C)
2n V(3M + m
1
(D)
2n V(2M+m)
2n V (M+m)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7d808577-d0af-4030-ba8a-1f650b390502%2F7bc0415a-f375-43a7-ab5f-0536bbd218d3%2Fju3puhr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A mass of 'M is attached to a spring whose upper end is fixed. The mass and stiffness of the
spring are 'm' and 'k' respectively. The natural frequency of the spring mass system would be
1
(A)
k
2k
3k
2k
1
(B)
2n V (M+m)
(C)
2n V(3M + m
1
(D)
2n V(2M+m)
2n V (M+m)
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