A tow rope is used to pull skiers with constant speed up a snowy hill. The rope is parallel to the hill, and the hill makes an angle of 0 = 24° with the horizontal. The coeffi- cient of friction between a typical pair of skis and the snow is με 0.05. If the maximum tension the rope can provide without breaking is T = 1,500 N, then what is the largest mass m a skier can have without breaking the rope? (You may assume that only one skier at a time rides up the hill.) =
A tow rope is used to pull skiers with constant speed up a snowy hill. The rope is parallel to the hill, and the hill makes an angle of 0 = 24° with the horizontal. The coeffi- cient of friction between a typical pair of skis and the snow is με 0.05. If the maximum tension the rope can provide without breaking is T = 1,500 N, then what is the largest mass m a skier can have without breaking the rope? (You may assume that only one skier at a time rides up the hill.) =
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pls help ASAP & pls draw a picture/representation, thanks!
![A tow rope is used to pull skiers with constant speed up
a snowy hill. The rope is parallel to the hill, and the hill
makes an angle of 24° with the horizontal. The coeffi-
cient of friction between a typical pair of skis and the snow
is με 0.05. If the maximum tension the rope can provide
without breaking is T = 1,500 N, then what is the largest
mass m a skier can have without breaking the rope? (You
may assume that only one skier at a time rides up the hill.)
=
=](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F251254ba-8af9-4aa2-8917-a973afab1561%2Fbc372115-52fc-4d11-a384-131ce1d01d2e%2F2p2zu0e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A tow rope is used to pull skiers with constant speed up
a snowy hill. The rope is parallel to the hill, and the hill
makes an angle of 24° with the horizontal. The coeffi-
cient of friction between a typical pair of skis and the snow
is με 0.05. If the maximum tension the rope can provide
without breaking is T = 1,500 N, then what is the largest
mass m a skier can have without breaking the rope? (You
may assume that only one skier at a time rides up the hill.)
=
=
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