A 015 Kg Baseball Moving At?
Contents
A 015 kg baseball moving at? 20 m/s hits a bat. If the bat is in contact with the ball for .02 s, what is the change in the baseball’s momentum?
Introduction
A 015 kg baseball moving at 35.0 m/s strikes a catcher’s glove and comes to rest in 0.200 s.
-What is the magnitude of the average force exerted by the catcher’s glove on the ball?
-What is the magnitude of the impulse delivered by the catcher’s glove to the ball?
What is a 015 kg baseball moving at?
Assuming you are asking about a regulation baseball, the weight of a baseball is around 0.15 kg. The weight of a baseball varies slightly depending on the material it is made out of, but a regulation baseball must weigh between 5 and 5.25 ounces, which converts to approximately 0.14-0.15 kg.
The speed of a 015 kg baseball
The speed of a 015 kg baseball moving at 100 km/h is approximately 98 km/hr.
The benefits of a 015 kg baseball
Whether you’re a casual player or a serious athlete, there are many benefits to using a 015 kg baseball. For one, a 015 kg baseball is the official weight and size of a regulation baseball. This means that if you’re training to play in an official league, you’ll be using the same weight and size of ball.
In addition, a 015 kg baseball is less likely to cause serious injury than a lighter ball. While a lighter ball may be easier to hit, it can also cause more damage to your hands and wrists if it’s hit with too much force. A 015 kg baseball is also less likely to break windows or other property.
Finally, a 015 kg baseball can help you improve your batting average. A heavier ball has more mass, which means it will maintain its velocity longer after being hit. This means that when you hit the ball, it will travel further and faster than a lighter ball. This can help you get on base more often and score more runs.
The drawbacks of a 015 kg baseball
There are a few drawbacks to using a 015 kg baseball. First, it is more likely to break than a heavier ball. Second, it does not have the momentum of a heavier ball, so it is not as effective for batting practice. Third, it is more likely to fly out of the park when hit.
The conclusion
In short, a 015 kg baseball moving at 30 m/s has a kinetic energy of 4.5 Joules.
