As part of a mountain rescue team, you need to project a box of supplies up an incline of constant slope α so that it reaches a stranded skier whose vertical distance above the bottom of the incline is h. The slope is covered with snow which has a coeffici ent of kinetic frictionk. Use the work-energy theorem to find the minimum speed you must give the box at the bottom of the incline so that it reaches the skier. Your answer should be in terms of g, h,k and α.
As part of a mountain rescue team, you need to project a box of supplies up an incline of constant slope α so that it reaches a stranded skier whose vertical distance above the bottom of the incline is h. The slope is covered with snow which has a coeffici ent of kinetic frictionk. Use the work-energy theorem to find the minimum speed you must give the box at the bottom of the incline so that it reaches the skier. Your answer should be in terms of g, h,k and α.
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As part of a mountain rescue team, you need to project a box of supplies up an incline of constant
slope α so that it reaches a stranded skier whose vertical distance above the bottom of the incline is
h. The slope is covered with snow which has a coeffici
ent of kinetic frictionk. Use the work-energy
theorem to find the minimum speed you must give the box at the bottom of the incline so that it
reaches the skier. Your answer should be in terms of g, h,k
and α.
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