The National Science Foundation, in partnership with NBC Learn, NBC Sports and the National Hockey League, explore the science and math behind professional hockey. This 10-part series explaining the science behind the fastest game on ice is made especially for students and teachers to use in the classroom; the videos will be aligned to lesson plans and national state educational standards, and are available to the public cost free on NBCLearn.com and NBCSports.com. Read more about the "Science of NHL Hockey" series.
Projectile motion allows hockey players to shoot the puck with a high rate of precision.
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Hockey is a game of chaos, but vectors are behind the scenes making sense of that chaos through mathematics.
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Understanding the opposing team's stats and averages is one method of mentally preparing for a hockey game.
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Newton's Three Laws of Motion apply to every single movement in the sport of hockey.
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Kinematics help describe a player's movement across the ice by defining his position, velocity and acceleration.
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Hockey takes advantage of one of the most interesting substances in the universe--water.
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Players in every position of the game are constantly using geometry to make passes and take shots on goal.
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NHL goalies rely upon the unconscious decisions made by their reflexes to prevent opponents from scoring.
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In hockey, the slapshot is one of the most dramatic demonstrations of the transference of force and energy.
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During a game, every movement of the puck follows the laws of physics and illustrates the concepts of force, impulse and collisions.
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Any opinions, findings, conclusions or recommendations presented in this material are only those of the presenter grantee/researcher, author, or agency employee; and do not necessarily reflect the views of the National Science Foundation.