When mass M is at the position shown, it is sliding down the inclined part of a slide at a speed of 2.13 m/s. The mass stops a distance -2.5 m along the level part of the slide. The distance S₁ = 1.07 m and the angle 837.70° Calculate the coefficient of kinetic friction for the mass on the surface. 3342 Incorrect Tries 2/7 Previous Tries

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When mass M is at the position shown, it is sliding down the inclined part of a slide at a speed of 2.13 m/s. The mass stops a distance S₂ - 2.5 m along the level
part of the slide. The distance S₁ = 1.07 m and the angle 8= 37.70°. Calculate the coefficient of kinetic friction for the mass on the surface.
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Incorrect Tries 2/7 Previous Tries
Transcribed Image Text:When mass M is at the position shown, it is sliding down the inclined part of a slide at a speed of 2.13 m/s. The mass stops a distance S₂ - 2.5 m along the level part of the slide. The distance S₁ = 1.07 m and the angle 8= 37.70°. Calculate the coefficient of kinetic friction for the mass on the surface. 3342 Incorrect Tries 2/7 Previous Tries
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