Consider a mechanical translational system having mass M-2kg, damping coefficient B=12 Nt per meter per second, and spring constant, K=9Nt per meter. This system is damped is oscillatory will have a sinusoidally varying response O Is not damped
Consider a mechanical translational system having mass M-2kg, damping coefficient B=12 Nt per meter per second, and spring constant, K=9Nt per meter. This system is damped is oscillatory will have a sinusoidally varying response O Is not damped
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![76.
Consider a mechanical translational system
having mass M-2kg, damping coefficient B=12 Nt
per meter per second, and spring constant, K=9Nt
per meter. This system
is damped
is oscillatory
will have a sinusoidally varying response
Is not damped
77.
Which of the following is no correct eigenvector of
the a system with eigenvalues -1, -2, and -3?
O (222)
O (1-2-3)
O (152)
O -(111)
78.
Routh-Hurwitz criterion gives
the number of roots in the right-half of the s-
plane
the number of roots in the left half of the s-
plance
the values of the roots
The number of roots in the top half of the s-
plsnvr
79.
The inverse Laplace Transform of 1
is the unit step function
ist
is the unit impulse function, delta of t
is indeterminate](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1652026a-6ba6-42d7-9e35-ad3e7516e1ec%2Fafb894c9-0231-49fc-b5e5-f3d3867e435a%2F3a3lz8_processed.png&w=3840&q=75)
Transcribed Image Text:76.
Consider a mechanical translational system
having mass M-2kg, damping coefficient B=12 Nt
per meter per second, and spring constant, K=9Nt
per meter. This system
is damped
is oscillatory
will have a sinusoidally varying response
Is not damped
77.
Which of the following is no correct eigenvector of
the a system with eigenvalues -1, -2, and -3?
O (222)
O (1-2-3)
O (152)
O -(111)
78.
Routh-Hurwitz criterion gives
the number of roots in the right-half of the s-
plane
the number of roots in the left half of the s-
plance
the values of the roots
The number of roots in the top half of the s-
plsnvr
79.
The inverse Laplace Transform of 1
is the unit step function
ist
is the unit impulse function, delta of t
is indeterminate
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