A rocket is attached to a rigid horizontal rod hinged at the origin as in Fig. properties are m and V, relative to the rocket. Set up the differential equation for rocket motion, and solve for the angular velocity w(t) of the rod. Neglect gravity, air drag, and the rod mass. . Its initial mass is Mọ, and its exit y w, w m, Ve Pe = Pa
A rocket is attached to a rigid horizontal rod hinged at the origin as in Fig. properties are m and V, relative to the rocket. Set up the differential equation for rocket motion, and solve for the angular velocity w(t) of the rod. Neglect gravity, air drag, and the rod mass. . Its initial mass is Mọ, and its exit y w, w m, Ve Pe = Pa
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Transcribed Image Text:A rocket is attached to a rigid horizontal rod hinged at the
origin as in Fig.
properties are m and V, relative to the rocket. Set up the
differential equation for rocket motion, and solve for the
angular velocity w(t) of the rod. Neglect gravity, air drag,
and the rod mass.
. Its initial mass is Mọ, and its exit
y
w, w
m, Ve Pe = Pa
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