-EquinoX- said:Homework Statement
A 150-g baseball pitched at a speed of 40 m/s is hit straight back to the pitches at a speed of 60 m/s. If the bat is in contact with the baseball for 5 ms calculate the magnitude of the average force exerted by the bat on the baseball.
Homework Equations
Favg = delta p/ delta t
The Attempt at a Solution
delta p = m (Vf-Vi) = 0.150(60-40) = 3
Linear momentum in baseball refers to the quantity of motion possessed by a baseball pitcher as they throw the ball. It is a vector quantity that is determined by the mass and velocity of the pitcher and the ball.
The speed of a baseball pitch is directly related to the linear momentum of the pitcher and the ball. The greater the linear momentum, the faster the pitch will be.
A pitcher can increase their linear momentum by increasing their mass or their velocity. This can be achieved through proper technique, strength training, and conditioning.
Linear momentum plays a crucial role in the physics of a baseball pitch. It is the quantity of motion that is transferred from the pitcher to the ball, resulting in the ball's movement and speed towards the batter.
Air resistance can decrease the linear momentum of a baseball pitch by slowing down the speed of the ball. This is why pitchers often use specific techniques, such as throwing a curveball, to decrease the impact of air resistance on the pitch.