🏏 WHY A CRICKET BALL BOUNCES HIGHER ON A COLD MORNING

Hinzugefügt: 2026-04-30

Temperature significantly affects cricket ball bounce through two compounding physics effects: cold air contracts the leather shell and cork core, reducing the ball's elasticity and its ability to store and release energy during compression and rebound, while simultaneously causing the pitch surface to contract and become denser, which absorbs 23% less impact energy; together, these effects cause a cricket ball to bounce approximately 11 cm lower for every 15°C temperature drop, with the coefficient of restitution decreasing from 0.55 to 0.48 at 5°C, potentially causing the ball to bounce below stump height at freezing temperatures.