The center of gravity affects the motion of a baseball bat, and applying force at different points doesn't change the acceleration of the center of mass. A more massive bat can make the ball fly faster by considering the center of mass frame.
The center of gravity of a baseball bat is a crucial concept in understanding its equilibrium and motion. In the case of a baseball bat that is thicker and heavier at the distal end, the center of gravity would shift towards that end due to the distribution of mass.
When applying a force at different points on the bat, such as at the center of mass versus at the ends, the acceleration of the center of mass remains the same, as discussed in previous observations.
Additionally, a more massive baseball bat can lead to the ball flying off faster due to interactions within the center of mass frame, assuming specific conditions before the collision.
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