What is the velocity of a ball at its highest point when thrown upward?

When a ball is thrown upward, it moves against the force of gravity until it reaches its highest point. At this highest point, the ball momentarily comes to a stop before it starts to descend. This stopping point is critical because, at that instant, the velocity is precisely zero.

While it is moving upward, the object is decelerating due to gravity, and as it ascends, its speed gradually decreases until it reaches the peak of its motion. Thus, at the very top of its trajectory, the velocity is zero before it starts to fall back down. This concept reflects fundamental principles of kinematics in physics, particularly the behavior of objects under uniform acceleration due to gravity.