Course Solutions Uncategorized (Solved) : Ast 483 Aerospace Control Systems Term Project Due Date Monday 22 January Ball Rolling Alo Q26267986 . . . .

(Solved) : Ast 483 Aerospace Control Systems Term Project Due Date Monday 22 January Ball Rolling Alo Q26267986 . . . .

 

Can you write the matlab code of it?
AST 483 Aerospace Control Systems Term Project Due date: Monday, 22 January A ball rolling along a slotted rotating beam, depicted in Figure, is governed by the equations of motion given below. Jb ai) Tir) Ball and beam apparatus in which p(t) is the ball position, θ(1) is the beam angle, and r(t) is the applied torque. In addition, g is the gravitational acceleration constant, is the mass moment of inertia of the beam, and m,r, and Jb are the mass, radius, and mass moment of inertia of the ball, respectively. define state variables according to x1(t) = p(t) X2(t) = p(t) x3(t) =6(1) x4(1) = θ(1) OCAmedia%2F862%2F86241632-bd6b-4ff2-bb4f-57media%2Fb49%2Fb49dc4f5-546f-4d93-87bf-45media%2F6fb%2F6fbb5287-3b86-4359-91b4-0emedia%2F5c6%2F5c63b610-785f-460b-a742-d7AST

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