A 95 kg sled with a Xmas gift box of 5 kg pushed up horizontal surface together against a spring constant of 2000 N. When the spring is released, the sled and the gift box together move along a horizontal surface and then keep moving on a ramp with friction. The ramp is 5m high (measured in vertical distance) and the coefficient friction is 0.2. When the sled and the gift box reach up to the top of the ramp, the sled get stuck and gits box fly up in the air an additional 10 m high and the angle of the hill is 45 degrees. The gift box falls down and lands on a rein deer which is 1 m high standing on the ground. What is the spring compression? What’s the horizontal distance of the deer from the top of the hill?
A 95 kg sled with a Xmas gift box of 5 kg pushed up horizontal surface together against a spring constant of 2000 N. When the spring is released, the sled and the gift box together move along a horizontal surface and then keep moving on a ramp with friction. The ramp is 5m high (measured in vertical distance) and the coefficient friction is 0.2.
When the sled and the gift box reach up to the top of the ramp, the sled get stuck and gits box fly up in the air an additional 10 m high and the angle of the hill is 45 degrees. The gift box falls down and lands on a rein deer which is 1 m high standing on the ground.
What is the spring compression?
What’s the horizontal distance of the deer from the top of the hill?
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