Question: 1 . Using = 0 at the operating equilibrium, and the small angle approximation sin ( ) around the operating equilibrium, obtain the linearized version

1. Using =0 at the operating equilibrium, and the small angle approximation sin()
around the operating equilibrium, obtain the linearized version of Equation (1) and the
Laplace transform of this equation. Note that is the input and is the output.
2. Can this transfer function be stabilized with a simple proportional controller? Why/Why
not?
Figure 1. Balance beam system
Figure 2. Ball -Beam model definition
3. Write a MATLAB script to define all the constants in Table 1 and create the transfer
function for the Laplace transformed linearized system.
4. Plot the root locus of the linearized system, using the rlocus command.
5. Plot its step response using step command.
1 . Using = 0 at the operating equilibrium, and

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