1. Figure 01 is the free body diagram for McPherson mechanism, well used in the daily life since1940s as a car suspension system configuration. kị and k2 are the stiffness for suspensionand tyre system, M is the part of mass connecting the suspension system and b is the dampercoefficient for the McPherson suspension.X1MbX2K2Figure 01: Free Body Diagram for McPherson Mechanisma. Find the dynamic equation of the system?X1 (s)andX2 (s).for McPherson Mechanism?F(s)b. Determine the following transfer functionsF(s)c. Show the system step response for x1 and x2 via Simulink?2. Please answer the following questions considering Eq. 01:y(t) + 5ÿ(t) + 2ÿ(t) + 7y(t) = 2ù(t) + 5u(t) + 4u(t – 2)Eq. 01Y(s)a. Find the transfer functionU(s)for the differential equation system given in Eq. 01?Y(s)b. The transfer function of a system isR(s)10(s+1)(s+2)(s+3)(s3+6s+25)'Determine y(t) when r(t) is a unitstep function. Draw y(t) using MATLAB/ Simulink?

1. Figure 01 is the free body diagram for McPherson mechanism, well used in the daily life since 1940s as a car suspension system configuration. k, and k2 are the stiffness for suspension and tyre system, M is the part of mass connecting the suspension system and b is the damper coefficient for the McPherson suspension. k1 M b X2 K2 Figure 01: Free Body Diagram for McPherson Mechanism a. Find the dynamic equation of the system? X1(s) X2 (s). b. Determine the following transfer functions for McPherson Mechanism? F(s) and F(s) c. Show the system step response for x1 and x2 via Simulink?

1. Figure 01 is the free body diagram for McPherson mechanism, well used in the daily life since 1940s as a car suspension system configuration. k, and k2 are the stiffness for suspension and tyre system, M is the part of mass connecting the suspension system and b is the damper coefficient for the McPherson suspension. k1 M b X2 K2 Figure 01: Free Body Diagram for McPherson Mechanism a. Find the dynamic equation of the system? X1(s) X2 (s). b. Determine the following transfer functions for McPherson Mechanism? F(s) and F(s) c. Show the system step response for x1 and x2 via Simulink?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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