This seemingly impossible feat is made possible by the powerful force generated by the pitcher's arm and the speed at which the ball is thrown. When a pitcher throws a baseball, they are using their muscles to generate a large amount of force in a short amount of time. This force is transferred to the ball, causing it to accelerate quickly.
The main factors that contribute to a baseball's acceleration are the force generated by the pitcher's arm, the speed at which the ball is thrown, and the weight and aerodynamics of the ball itself. Additionally, the rotation and spin of the ball can also contribute to its acceleration.
The acceleration of a baseball from 0 to 46 m/s in 0.143 seconds is incredibly fast and is comparable to the acceleration of a bullet fired from a gun. However, compared to other objects in the natural world, such as the acceleration of a car or a human running, a baseball's acceleration is much higher.
Yes, a baseball's acceleration can be measured using a device called an accelerometer. This device measures the acceleration of an object in a specific direction and can accurately measure the acceleration of a baseball as it is thrown.
Understanding baseball acceleration is important in the world of sports and science. It allows us to measure and compare the abilities of different pitchers and helps us to understand the mechanics and physics behind the sport. Additionally, studying baseball acceleration can also have practical applications in areas such as biomechanics and engineering.