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4 ft m In = 12 (w + d) m I (d + h) 12 Id m = 12 (w + h) 10 ft

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4 ft m In = 12 (w + d) m I (d + h) 12 Id m = 12 (w + h) 10 ft 2.5 ft A satellite has a total weight (on Earth) of 225 lbs, and each of the solar panels weighs 26 lbs. The body of the satellite has mass moment of inertia about the z-axis of 6 slug-ft2, and the panels can be modeled as flat plates. The satellite spins with a rate of 9.5 rpm about the z-axis when the solar panels are positioned in the xy plane. Determine the spin rate about z (rpm) after a motor on the satellite has rotated both panels to be positioned in the yz plane (as shown in the figure). Your Answer:

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