Force on a Slope: Solving for Acceleration

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SUMMARY

The discussion focuses on calculating the acceleration of a skier, Franz, racing down a slope inclined at 50.0 degrees with a coefficient of kinetic friction (μk) of 0.05. It is established that the skier's mass (m) is not necessary for determining acceleration, as it cancels out in the calculations. The key forces acting on the skier include gravitational force and frictional force, which are essential for deriving the acceleration formula.

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  • Understanding of Newton's second law of motion
  • Basic knowledge of trigonometry for resolving forces
  • Familiarity with the concept of friction, specifically kinetic friction
  • Ability to manipulate algebraic expressions
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[SOLVED] Force on a slope

"Franz is skiing in the Alps. He is racing down a steep slope of 50.0 degrees. For waxed skis on snow, we have mu sub k (for kinetic friction)=0.05. What is his acceleration?"

I'm so confused... don't I need his mass to even begin to approach this or am I missing something?
 
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let m be the mass... get the acceleration in terms of m... (the m's will cancel out when you work out the acceleration).

What is the force acting on the skier along the slope in terms of m...
 
Oh, right. Got it, thank you!
 

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