An 797 kg skier is gliding on her waxed wood skis down a hill that is at an angle of 12.0" below the horizontal The coefficient of kinetic friction between her skis and the snow is 0.100 in her upright position, she has a cross-sectional area of A-0.700 m² and a drag coefficient of C-100 Assume that the density of the surrounding air isp-121 kg/m². Calculate the skier's steady state velocity as she glides (without actively propelling herself) down this hill accounting for both the friction of her skis and the drag on her body due to air resistance Enter answer here
An 797 kg skier is gliding on her waxed wood skis down a hill that is at an angle of 12.0" below the horizontal The coefficient of kinetic friction between her skis and the snow is 0.100 in her upright position, she has a cross-sectional area of A-0.700 m² and a drag coefficient of C-100 Assume that the density of the surrounding air isp-121 kg/m². Calculate the skier's steady state velocity as she glides (without actively propelling herself) down this hill accounting for both the friction of her skis and the drag on her body due to air resistance Enter answer here
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Transcribed Image Text:An 79.7 kg skier is gliding on her waxed wood skis down a hill that is at an angle of 12.0 below the horizontal. The coefficient of
kinetic friction between her skis and the snow is 0.100. In her upright position, she has a cross-sectional area of A-0.700 m²
and a drag coefficient of C-1.00. Assume that the density of the surrounding air is p-1.21 kg/m². Calculate the skier's steady
state velocity as she glides (without actively propelling herself) down this hill, accounting for both the friction of her skis and the dragon
her body due to air resistance
Pse ne numercelanower below Accepted formats are unders based fic rotation ag 022 21 52
Enter answer here.
m/s
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