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Figure Q4 shows the design of translational mechanical system with elements as shown below: Q4 fv1 = fv2 = fv3 = fv4 = 1 N-s/m K = 1 N/m M1 = M 2 = 1 kg The resulted transfer function obtained is shown below: 4s+1 X:(s)/F(s) = s(s3+6s²+5s+1) Determine whether the transfer function obtained is correct or not. x,(1) Xz(1) K fy1 K-M2 f(t) M1 fy3 fv2 fv4

Figure Q4 shows the design of translational mechanical system with elements as shown below: Q4 fv1 = fv2 = fv3 = fv4 = 1 N-s/m K = 1 N/m M1 = M 2 = 1 kg The resulted transfer function obtained is shown below: 4s+1 X:(s)/F(s) = s(s3+6s²+5s+1) Determine whether the transfer function obtained is correct or not. x,(1) Xz(1) K fy1 K-M2 f(t) M1 fy3 fv2 fv4

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Figure Q4 shows the design of translational mechanical system with elements as shown below: Q4 fv1 = fv2 = fv3 = fv4 = 1 N-s/m K = 1 N/m M1 = M 2 = 1 kg The resulted transfer function obtained is shown below: 4s+1 X:(s)/F(s) = s(s3+6s²+5s+1) Determine whether the transfer function obtained is correct or not. xj(1) Xz(1) K fy1 -M2 f(t) - M1 fy3 fy2 fy4 Figure Q4
Transcribed Image Text:Figure Q4 shows the design of translational mechanical system with elements as shown below: Q4 fv1 = fv2 = fv3 = fv4 = 1 N-s/m K = 1 N/m M1 = M 2 = 1 kg The resulted transfer function obtained is shown below: 4s+1 X:(s)/F(s) = s(s3+6s²+5s+1) Determine whether the transfer function obtained is correct or not. xj(1) Xz(1) K fy1 -M2 f(t) - M1 fy3 fy2 fy4 Figure Q4
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