How does a thrown football have both potential and kinetic energy

As the thrown football exhibits mechanical energy due to its position and speed, it has both potential and kinetic energy.

Explanation:

An object stayed at rest or an object at different heights from the ground tend to exhibit gravitational potential energy. And if an object moves in a specified velocity then the object will tend to exhibit kinetic energy. Thus, if an object exhibits both potential and the kinetic energy then the object exhibits mechanical energy as it is the sum of both energies.

Here, in the present case of football thrown in the air, the ball exhibits kinetic energy when it is thrown with initial velocity and then the kinetic energy gets decreasing with increase in the height while there will be increase in the potential energy during this time.

After reaching the maximum height, the ball will fall down due to the acceleration. It increases the kinetic energy while falling down. Thus the football will be exhibiting both the energy.

Answer: A thrown football have both potential and kinetic energy because potential energy is due to height gained by a body and Kinetic energy is due to speed of body, so a thrown football has both height and speed, so it has both energy. The combined of both energy is called Mechanical Energy.