100 Each of the four coplanar 1 kg spheres shown has rotational inertia kg m with...

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100 Each of the four coplanar 1 kg spheres shown has rotational inertia kg m with respect to its own center of mass. The centers of m2, m3, and m4 are each 1 m from the center of m, which is in turn 2 m from the point A: m2 m1 A m4 m3 The rotational inertia of this object with respect to an axis perpendicular to the plane of the spheres, passing through this plane at the point A, is 1 (a) 5 kg m 25 1 (b) 11- kg m 25 1 (c) 19. kg m 25 (d) 23- kg m 25 1 (e) 37- kg m 25 100 Each of the four coplanar 1 kg spheres shown has rotational inertia kg m with respect to its own center of mass. The centers of m2, m3, and m4 are each 1 m from the center of m, which is in turn 2 m from the point A: m2 m1 A m4 m3 The rotational inertia of this object with respect to an axis perpendicular to the plane of the spheres, passing through this plane at the point A, is 1 (a) 5 kg m 25 1 (b) 11- kg m 25 1 (c) 19. kg m 25 (d) 23- kg m 25 1 (e) 37- kg m 25