You are skiing in ... preparation for a competition. being a dedicated physics student, you happen to have a scale with you. you notice that the mountainside provides you with 346 n of support force. the snow under your wooden skis is fairly wet. how much friction force acts on your skis as you move down the mountain?

Question

Oprah

Physics

21 June, 09:26

You are skiing in ... preparation for a competition. being a dedicated physics student, you happen to have a scale with you. you notice that the mountainside provides you with 346 n of support force. the snow under your wooden skis is fairly wet. how much friction force acts on your skis as you move down the mountain?

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Answers (1)

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Pedro Maddox · Answer 1

Answer: 34.6N

Explanation:

1) The friction force that acts on the skis as you move down the mountain follows the rule:

Friction force = friction kinetic coefficient * Normal force

2) The friction kinetic coeffcient for waxed wood skis on snow is reported in some literature as 0.10.

3) The normal force is given in the statement: 346 N

4) With that you calculate the friction force as:

Friction force = 0.1 * 346N = 34.6N