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A mass - spring system is subjected to q single external torce r ost s 6M secands , and then in terms of Heaviside Sin(t) tAis function f(t) wriften given by? which arts for ノ s suppressed ノ a) sen(t) (1+ U(t – 67)) b) sen(t) (1 – U(t – 67)) c) sen(t) - U (t – 6x) d) –sen(t) - U (t – 6m)

A mass - spring system is subjected to q single external torce r ost s 6M secands , and then in terms of Heaviside Sin(t) tAis function f(t) wriften given by? which arts for ノ s suppressed ノ a) sen(t) (1+ U(t – 67)) b) sen(t) (1 – U(t – 67)) c) sen(t) - U (t – 6x) d) –sen(t) - U (t – 6m)

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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F(t) = Sin(t) is suppressed A mass - spring system is subjected to q single extermal force 0stļ 6Y secands, and then Heaviside which arts for , tAis functron f(t) wriften gwen by? in terms of a) sen(t) (1+ U(t – 67)) b) sen(t) (1 – U(t – 67)) c) sen(t) · U(t – 6n) d) -sen(t) · U(t – 67)
Transcribed Image Text:F(t) = Sin(t) is suppressed A mass - spring system is subjected to q single extermal force 0stļ 6Y secands, and then Heaviside which arts for , tAis functron f(t) wriften gwen by? in terms of a) sen(t) (1+ U(t – 67)) b) sen(t) (1 – U(t – 67)) c) sen(t) · U(t – 6n) d) -sen(t) · U(t – 67)
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