The Bell-Boeing V-22 Osprey tiltrotor is both an airplane and a helicopter. It's advantage is the ability to rotate its engines and rotors to vertical position for take-off, landings, and helicopter flight. Then, rotate to a horizonal position to cruise like an airplane. The altitude control system is shown below. (a) Controller Dynamics K+ 1.5+ 0.5) RG) (20 + 1)(10 + 10.5+ 1) Altitude Consider the disturbance input to be zero. MATLAB functions that might come in handy include conv, roots, rlocus, plot, axis, sgrid, rlocfind, tf, feedback, step, and grid.
The Bell-Boeing V-22 Osprey tiltrotor is both an airplane and a helicopter. It's advantage is the ability to rotate its engines and rotors to vertical position for take-off, landings, and helicopter flight. Then, rotate to a horizonal position to cruise like an airplane. The altitude control system is shown below. (a) Controller Dynamics K+ 1.5+ 0.5) RG) (20 + 1)(10 + 10.5+ 1) Altitude Consider the disturbance input to be zero. MATLAB functions that might come in handy include conv, roots, rlocus, plot, axis, sgrid, rlocfind, tf, feedback, step, and grid.
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
Transcribed Image Text:The Bell-Boeing V-22 Osprey tiltrotor is both an airplane and a helicopter. It's advantage is the ability to rotate its engines and
rotors to vertical position for take-off, landings, and helicopter flight. Then, rotate to a horizonal position to cruise like an
airplane. The altitude control system is shown below.
(a)
Controller
Dynamics
K+ 1.5+ 0.5)
(20s + 1)(10s + 1)(0.5+ 1)
Altitude
Consider the disturbance input to be zero.
MATLAB functions that might come in handy include conv, roots, rlocus, plot, axis, sgrid, rlocfind, tf, feedback, step, and grid.

Transcribed Image Text:write a MATLAB script to determine the root locus for resistor K in the controller. Set the x axis limits to -0.3
and +0.1. Set the y axis limits to +- 0.5. Save the root locus picture in a jpeg file, Upload the picture to this
question.
Question 4
The open loop system has an unstable divergence.
True
O False
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