✉news SciencePhysics first seen 4 h ago, last 1 h ago, peak #15
The Physics of Soccer Explained Through the Magnus Effect
Original: The Physics of Soccer Explained | The Magnus Effect
Explanations are circulating of how the Magnus effect works in soccer: when a spinning ball curves in flight because pressure differences form on either side of it. The principle helps explain why free kicks and corner kicks bend unexpectedly, and why players like those famous for curling shots can beat goalkeepers. The topic is a staple of physics education, using a familiar sport to illustrate fluid dynamics and forces in motion.
Why now: Science explainers linking the Magnus effect to soccer keep drawing interest because the sport offers a vivid, familiar example of physics in action.
Rank over time, top of the chart is #1. 3 snapshots from 4 h ago to 1 h ago.
Evidence
- The Physics of Soccer Explained | The Magnus Effect · Britannica
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