Simplify the aircraft model, assuming it is in static equilibrium, taking pitch angle O, elevator angle u, at altitude h and speed v. (Assume small rates of change in the angles.) Approximate forces as 1 =k_10 and f_2 = k_20. In the figure m represents the mass of the aircraft, I the moment of inertia about the center of gravity, located as P, b (de / dt) as the damping aerodynamic. Find the transfer function and the state space of the system. Put as an answer only the transfer function in the format TF [num] [den), and the full expansion in your notes.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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10

f₂
*******
1₂
to
Simplify the aircraft model, assuming it is in
static equilibrium,
taking pitch angle 0, elevator angle u, at
altitude h and speed v.
(Assume small rates of change in the
angles.) Approximate forces as 1
=k_10 and f_2 = k_20. In the figure m
represents the mass of the aircraft, I the
moment of
inertia about the center of gravity, located
as P, b (de / dt) as the damping
aerodynamic. Find the transfer function and
the state space of the system.
Put as an answer only the transfer function
in the format TF [num] [den), and the full
expansion in your notes.
Transcribed Image Text:f₂ ******* 1₂ to Simplify the aircraft model, assuming it is in static equilibrium, taking pitch angle 0, elevator angle u, at altitude h and speed v. (Assume small rates of change in the angles.) Approximate forces as 1 =k_10 and f_2 = k_20. In the figure m represents the mass of the aircraft, I the moment of inertia about the center of gravity, located as P, b (de / dt) as the damping aerodynamic. Find the transfer function and the state space of the system. Put as an answer only the transfer function in the format TF [num] [den), and the full expansion in your notes.
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