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Unformatted text preview: u t ( ) = sin ! t , we know that the steadystate response of the system can be written as: y ss t ( ) = G j ( ) sin t + " G j ( ) ( ) . Develop expressions for the amplitude G j ( ) and phase of the response ! G j " ( ) in terms of c , k and d . d) A time history of the steadystate response of this system for u t ( ) = sin 2 t is shown in the figure on the following page for k = 10 N / m . From this plot, estimate values of c and d for this system. HINT : Consider the amplitude and phase of the steadystate response in the steadystate time history plot shown. 3 c massless connector y 2 k c y D t ( ) k D A movable support...
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 Fall '10
 Meckle
 2k, 40%, massless connector A.

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