Force-free Precession for a Symmetric Top Consider the force-free motion of a symmetric top with principal moments I1 =
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Force-free Precession for a Symmetric Top Consider the force-free motion of a symmetric top with principal moments I1 =
Force-free Precession for a Symmetric Top Consider the force-free motion of a symmetric top with principal moments I1 = 12 # 13. Show that the angular momentum vector L, the angular velocity vector w, and the body axis ez all lie in a plane. (Hint: show that L. (W x ē3) = 0. Explain the geometric interpretation of this statement.) -
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