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The spring constant of the system is K-2000 N/m and the damper is D=190 Ns/m. The mass is measured to be 600 Kg. The wheels are extremely well made and do not contribute in any significant way to the response of the cart system. + fv ΔΧ(s) F(s) M X +'ve X Determine the transfer function describing the change in X from the resting location. This is denoted as Ax. ******* Make Note of positive direction of x and the direction of F *******

The spring constant of the system is K-2000 N/m and the damper is D=190 Ns/m. The mass is measured to be 600 Kg. The wheels are extremely well made and do not contribute in any significant way to the response of the cart system. + fv ΔΧ(s) F(s) M X +'ve X Determine the transfer function describing the change in X from the resting location. This is denoted as Ax. ******* Make Note of positive direction of x and the direction of F *******

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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The spring constant of the system is K-2000 N/m and the damper is D=190 Ns/m. The mass is measured to be 600 Kg. The wheels are extremely well made and do not contribute in any significant way to the response of the cart system. fv ΔΧ(s) F(s) M X +'ve X Determine the transfer function describing the change in X from the resting location. This is denoted as Ax. ******* Make Note of positive direction of x and the direction of F *******
Transcribed Image Text:The spring constant of the system is K-2000 N/m and the damper is D=190 Ns/m. The mass is measured to be 600 Kg. The wheels are extremely well made and do not contribute in any significant way to the response of the cart system. fv ΔΧ(s) F(s) M X +'ve X Determine the transfer function describing the change in X from the resting location. This is denoted as Ax. ******* Make Note of positive direction of x and the direction of F *******
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