The system shown in Figure 4-54 is initially at rest, and the displacement x is measured from th

Question

Supreeta N · Answer

Hello students, according to the question we are going to find transfer function x of s divided

Suman K · Answer

So in this question we had given here FBD, that is, this is B1Z and here this is as K, Z minus Z

Madhur L · Answer

Hi, in the question it is given that, given we have force applied, force applied to the system t

Sri K · Answer

so we have E1S divided by EI S this is equal to 1 divided by SC multiplied by R1 plus R2 divided

Penny Riley · Answer

We&#x27;d like to draw the free body diagram and derive our differential equations. So we have our 40

The system shown in Figure 4-54 is initially at rest, and the displacement $x$ is measured from the equilibrium position. At $t = 0$, a force $u$ is applied to the system. If $u$ is the input to the system and $x$ is the output, obtain the transfer function $X(s)/U(s)$.