Science and history of baseball
Chapter 1
The physics of the pitch
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Chapter 2
Evolution of the tools
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Chapter 3
Global journeys of the game
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Chapter 4
The data and defense revolution
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YOUR GOAL
Master of Science and history of baseball
Ch 1 · The physics of the pitch
mankai Physics of a Curveball
With a rapid spin, The Magnus effect takes hold, Air pressure shifts, Watch the curve unfold!
Fun Fact
Knuckleball velocity: A knuckleball travels at only 60 to 70 miles per hour, but its unpredictable movement makes it incredibly difficult to hit.
Glossary
magnus effect (noun)
The force exerted on a rapidly spinning cylinder or sphere moving through a fluid, causing it to curve away from its straight path. In 1959, physicist Lyman Briggs used wind tunnels to prove this phenomenon causes breaking pitches to curve.
The force exerted on a rapidly spinning cylinder or sphere moving through a fluid, causing it to curve away from its straight path. In 1959, physicist Lyman Briggs used wind tunnels to prove this phenomenon causes breaking pitches to curve.
Quiz
Who is the German physicist who first described the aerodynamic force that curves spinning balls?
Quiz
What is the scientific name of the physical force that causes a spinning baseball to curve?
Quiz
Approximately how long does a 95-mile-per-hour fastball take to reach home plate from the pitcher's mound?
Quiz
How many milliseconds does a batter have to actually decide whether to swing at a fast pitch?
Quiz
How many hand-stitched double-cross stitches are on a standard Major League baseball?