THE PHYSICS OF HOCKEY! Sliding Friction and Momentum on Ice
Coefficient of Friction

Misconceptions

Many texbooks make an assumption that ice is a frictionless surface: this is entirely untrue. People mistake ice for being frictionless because the ice seems to be a transparent, flat and smooth (it's slippery when you run your hand across the ice).


"At a macroscopic level, smooth surfaces exert frictional forces at least as large as do rough ones." (Sir Robert Robinson, 1965, p. 110)

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The New Hockey Physics Homepage What is ICE? | Debates on ICE! | Theories | More Theories | Review on Friction | Coefficient of Friction | More Friction | Application: Skates and Puck | Momentum | Shooting! | About | Danny's EXPERIMENT... | Conclusion | About Me: Hey there! | Special Thanks | Bibliography |

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The New Hockey Physics Homepage What is ICE? | Debates on ICE! | Theories | More Theories | Review on Friction | Coefficient of Friction | More Friction | Application: Skates and Puck | Momentum | Shooting! | About | Danny's EXPERIMENT... | Conclusion | About Me: Hey there! | Special Thanks | Bibliography |
What is ICE? Home! | Debates on ICE! | More Theories | Theories #3 and #4 | Review on Friction | Coefficient of Friction | More examples of friction | Application: Skates and Puck | Momentum | Shooting! | Abstract Reference | Meet the People | Preparation for Lab | Danny's EXPERIMENT... | Lab Results | Lab Discussion | Conclusion | About Me: Hey there! | Special Thanks | Bibliography | Enlarged Pics #1 | Pics #2 | #3 | #4
What is ICE? Home Transitions and Lemieux of Ice Gravity Lindros and Ice Formation of ice/a> Shooting puck slamming boards Ice melting points freezing points and Ice
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