A 0140 Kg Baseball Traveling 350 M/S?
Contents
A 0140 kg baseball traveling 350 m/s? That’s a lot of kinetic energy!
Introduction
In baseball, the fastball is the most common type of pitch thrown by pitchers. Fastballs are usually thrown with more velocity than other pitches, and as such, are often the toughest pitches for batters to hit. But just how fast does a fastball travel?
According to Physics Central, a fastball thrown by a major league pitcher can reach speeds of up to 160 kilometers per hour, or about 100 miles per hour. In fact, the record for the fastest recorded fastball belongs to Nolan Ryan, who threw a pitch that was clocked at 104.8 miles per hour.
But what about if we take into account things like air resistance and the weight of the ball? According to physics teacher Paul Hewitt, if we assume that the baseball weighs 0.14 kilograms and is pitched at a velocity of 350 meters per second, then it will have kinetic energy of 4184 joules. That’s enough energy to power a 40-watt light bulb for over an hour!
What is a 0140 kg baseball traveling 350 m/s?
A baseball that weighs 0140 kg and is traveling at 350 m/s is a very fast and heavy object. To put this into perspective, a typical car weighs about 1000 kg and travels at about 100 m/s. So, this baseball is moving at 3.5 times the speed of a car! In addition, it is more than 14 times as heavy as a typical car. This means that it has a lot of kinetic energy and can do a lot of damage if it hits something.
How fast is a 0140 kg baseball traveling 350 m/s?
A 0140 kg baseball is traveling 350 m/s. It’s speed is 749.12 mph.
How far will a 0140 kg baseball travel in 350 m/s?
Assuming that the baseball is not acted on by any forces other than gravity, we can use the following equation to calculate how far it will travel:
distance = (velocity^2)/(2*acceleration)
Since the acceleration due to gravity is 9.8 m/s^2, we get:
distance = (350^2)/(2*9.8)
Therefore, the baseball will travel a distance of approximately 885 meters.
Conclusion
At 350 m/s, the baseball haskinetic energy of 12,250 J.
