Need help with these questions H EMCF-9-F20.dvix M AlIITestinstances1 CourseWareO a particular solution of y" 4y'a casa.uh.edu/CourseWare2008/Root/Services/Drive/FileAttachmentDownload.ashx?fname=DEMCF-9-F20(-1)e4. ☆O YouTubeO Historya Workspace Login9 gazingle.comvi3 / 4100%13. An object in simple harmonic motion has period r. At time t=0, y(0) = 3, v(0) = 0.The equation of motion is:(a) y = 3 sin (6t+)(b) y = 2 sin (8t + )(c) y = 3 sin (8t +)(d) y = 4 sin (6t + )(e) None of the above.14. The transient solution of the vibrating systemy" + 2y + 2y = cos 2t, y(0) = 0, y(0) = 3is:(a) y = te cos t+te sin t(b) y = te cost + e sin t(c) y = - cos 2t + sin 2t(d) y = Chet cost+Czet sin t- + cos 2t + sin 2t(e) None of the above.MacBook ProDIIDDF12F3%23%24&234.56.8.ER.TUGVB N M94HIS' I AllTestinstancesM CourseWareO a particular solution of y" 4ya casa.uh.edu/CourseWare2008/Root/Services/Drive/FileAttachmentDownload.ashx?fname=EMCF-9-F20(-1)e4.. ☆ab 6D YouTubeO HistoryA Workspace Login9 gazingle.comdvi4 /4 -100%14. The transient solution of the vibrating systemy/"+ 2y/ + 2y = cos 2t, y(0) = 0, y/(0) = 3is:(a) y =te-t cost+tesin t(b) y = e cost+et sint(c) y = - cos 2t + sin 2t(d) y = Cjet cos t+Cze-t sin t -+ cos 2t + sin 2t(e) None of the above.15. The steady-state solution of the vibrating systemy" + 4y/ + 8y = 6 + 10e", y(0) = 2, y(0) = 1is:(a) z = Ce-4 cos 2t – e-t sin 2t(b) z = Che-4 cos 2t – e-t sin 2t + + }e2t(0) z%3D%3 + 2리(d) z = +}et(e) None of the above.MacBook ProFBF12F3%24*23234.578.9ETYUDFGJKVB N

Name: Need help with these questions H EMCF-9-F20.dvix M AlIITestinstances1
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Description: Need help with these questions H EMCF-9-F20.dvix M AlIITestinstances1 CourseWareO a particular solution of y" 4y'a casa.uh.edu/CourseWare2008/Root/Services/Drive/FileAttachmentDownload.ashx?fname=DEMCF-9-F20(-1)e4. ☆O YouTubeO Historya Workspace Logi