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Physics of Sports Project

Physics of Sports Project. 8 th grade physical science All-School Fair project. Video Links…. Forces on a Bicycle Drawing Free Body Diagrams. Physics of Hockey. Ms. Boze Period 1 4/10/14. Summary of Hockey.

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Physics of Sports Project

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  1. Physics of Sports Project 8th grade physical science All-School Fair project

  2. Video Links… Forces on a Bicycle Drawing Free Body Diagrams

  3. Physics of Hockey Ms. Boze Period 1 4/10/14

  4. Summary of Hockey • How it is played: Hockey is a game played on an ice rink in which two opposing teams of skaters, using curved sticks, trying to drive a small disc into or through the opposing goals. • Type of Equipment Used: (See photo) • Short history of sport’s beginning and evolution: Starts in mid-1800s in eastern Canada. First National Hockey League team in the USA was the Boston Bruins, in 1924. Today, there are 30 teams in the U.S.

  5. Force Diagram 1 push gravity sliding friction http://www.nlptinc.com/2010/11/how-to-turn-yourself-into-a-wrecking-ball/

  6. Force Diagram 2 gravity push sliding friction sliding friction http://www.hockeyrelated.com/helpful-hockey-tips/how-to-take-a-slapshot

  7. push push gravity gravity Force Diagram 3 reaction reaction http://jasonfeldman.wordpress.com/2010/09/06/hockey-fight/

  8. Newton’s 1st Law in Hockey • Newton’s 1st law states: An object at rest tends to stay at rest unless a force makes it move. An object in motion will stay in motion unless a force acts upon it. • Newton’s 1st Law in Hockey, an example: After a player hits the puck towards the goal, it will keep moving until it is stopped by the force of the goalie’s glove, someone else’s stick, or the net.

  9. Newton’s 2nd Law in Hockey • Newton’s 2nd Law states: The acceleration of an object is equal to the force exerted upon it, divided by that object’s mass. • Newton’s 2nd Law in Hockey: A puck will change its speed quickly if a player slap-shots it (big force) because the mass of the puck is very small. If the player just bumps it with his stick as he is skating towards the goal, it will not accelerate quickly.

  10. Newton’s 3rd Law in Hockey • Newton’s 3rd Law states: Every action (force) has an equal and opposite reaction. • Newton’s 3rd Law in Hockey: When player 1 punches player 2 in the face, player 2’s face also pushes back on his fist (so he feels that he landed the punch.) Also, when player 1 skates in at high speed to check player 2, player 2 exerts a force back on player 1, causing him to slow down or stop once they make contact. Also, when a player pushes down through his skates to skate quickly, the ice is pushing back up so that he can move forward…..

  11. Resources: IIHF. "History of Hockey." Home. International Ice Hockey Federation. Web. 07 Mar. 2012. <http://www.iihf.com/iihf-home/history.html>.

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