Question

What is the physics involved in snowboarding?

Asked by: Mary Lou Campbell

Answer

There are many tricky aspects to snowboarding that involve a great deal of skill and agility.

Physics of SnowboardingFirst lets understand the movement of the person and board over the snow. The board moves quickly down the hill because it is lubricated by the water present in the snow. When the board is placed on top of the snow, the contact between the snow and board creates friction which melts a small amount of water. This water is present throughout the length of the board (or at least the length of it that's in contact with the snow) and when the rider is coasting down the mountain she is actually coasting on a very thin film of water.

Physics of SnowboardingShredding is also important to making it down the hill in one piece. This is accomplished when the rider shifts his/her weight and moves the board from one edge to the other. The rider must be careful to keep their center of gravity over the edge of the board that is in contact with the snow. If the rider fails to do so, the most common experience is to land on for them to land on their back or front (depending on which board edge they are switching to), and this is what wearing the proper snowboard gear is for.

To slow down and turn, a boarder 'digs' into the snow with their riding edge and leans in the direction they want to move. The larger amount of snow and and the force of gravity create a set of forces whose net force push the board in the direction desired by the rider.

Probably the most fundamental physical property in snowboarding is simply keeping the center of gravity over the riding edge. Any time an objects center of gravity moves beyond the base which keeps the object up, the object will fall.

Images & additional snowboarding resources: snowboarding-online.com


Answered by: Philip McCulloch, Optical Sciences Undergrad, UofA Tucson

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'As far as the laws of mathematics refer to reality, they are not certain; and as far as they are certain, they do not refer to reality.'

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