Short Wave The Peculiar Physics Of The Wiffle Ball
Mar 31, 2022
Discover the fascinating physics behind the beloved Wiffle ball, from its unique lightweight design to the intriguing aerodynamics that influence its flight. Learn how hole patterns affect trajectories and how scuffing can enhance pitch control. The cultural impact of this backyard classic is explored, alongside the DIY spirit of enthusiasts who tweak the balls for optimal performance. This engaging dive into fluid mechanics showcases the human side of scientific discovery, encouraging curiosity and participation in the science behind play.
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Wiffle Ball Origins
- David Mullany invented the wiffle ball in 1953 after watching his son pitch a perforated plastic golf ball.
- He wanted a lightweight alternative to baseballs to protect his son's pitching arm and prevent broken windows.
Wiffle Ball Physics Mystery
- The wiffle ball's unique curve is achieved by the placement of its holes, enabling diverse pitches without a strong arm.
- Even the manufacturers admit they don't fully understand the science behind it.
Scientific Explanation
- Jen Stroud Rossman's 2007 research finally explained the wiffle ball's curve.
- This research was published approximately 60 years after the ball's invention.