Problem 1e. A rotating object. (1 point) An object is made of a thin rod with mass m = 0.250 kg and length 2a (@ = 0.300 m) on the y-axis and half of a thin hoop with mass M = 0.200 kg and radius a attached to the end points of the rod as shown. The object is located completely within the xy-plane. The +z-axis is perpendicular to the drawing through O. The dashed line is the line y = x in the xy- plane. This is the axis of rotation of the object in this problem. Calculate the angle between the angular momentum with respect to O and the angular velocity vector, as the frame spins with angular velocity @ = 8.00 rad s* about the line y = x (dashed line in Figure 3). Enter the angle in radians