Problem #1) CAC IM A simple model of a rocket having two engines capable of applying thrust (N₁ and N₂) is shown. Each engine is located at the distance b away from the rocket's centerline. The rocket has mass m and moment of inertia I. Derive the expressions for the rocket's angular acceleration, Ö, and linear accelerations in the x- and y-directions, aG,x about its mass center using the given variables. aG,x and aG,y'

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Problem #1)
A simple model of a rocket having two engines capable of applying thrust
(N₁ and №₂) is shown. Each engine is located at the distance b away from the
rocket's centerline. The rocket has mass m and moment of inertia I. Derive the
expressions for the rocket's angular acceleration, Ö, and linear accelerations in the
x- and y-directions, aG,x and ac,y, about its mass center using the given variables.
b
0
i
M
N₁
b
8
N₂
(mm) 5mm/
Transcribed Image Text:Problem #1) A simple model of a rocket having two engines capable of applying thrust (N₁ and №₂) is shown. Each engine is located at the distance b away from the rocket's centerline. The rocket has mass m and moment of inertia I. Derive the expressions for the rocket's angular acceleration, Ö, and linear accelerations in the x- and y-directions, aG,x and ac,y, about its mass center using the given variables. b 0 i M N₁ b 8 N₂ (mm) 5mm/
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