Kendra's kinetic energy is likely the highest when she is at the bottom of the hill. At the bottom of the hill, she would have gained the most speed from the downward motion and would have a higher velocity, resulting in a higher kinetic energy.
Kendra's kinetic energy is most likely the highest at the bottom of the hill, just before she reaches the flat ground or stops rolling. This is because kinetic energy is directly proportional to the square of an object's velocity. As Kendra rolls down the hill, she gains speed due to the pull of gravity, and her velocity increases. Hence, at the bottom of the hill, when her velocity is at its maximum, her kinetic energy will also be at its highest.
