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A 5 0 kg student in a 1 0 kg boat is trying to rescue me with a rope. I am a 1 0 0

 
  • 50 kg student in a 10 kg boat is trying to rescue me with a rope. I am a 100 kg professor in a 20 kg boat. Thestudent tosses me a rope, and I grab hold of the end. I hold my end tight, while the student (doing all the work)pulls the rope into their boat at a speed of 3 meters per second. Assume we were originally 30 meters apart, thetemperature is 5 degree centigrade, the sky is clear blue with a bright shinning sun, and there is a black water chicken in the lake nearby watching. Everyone is originally at rest, including the bird.
  • (a) What is the speed of the students relative to the water while they are pulling the rope?
  • (b) How far do I move before hitting the students boat?
  • (c) What is the ratio of the force the student puts on the rope to the force that I put on the rope?


  

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This is an application of the principle of conservation of momentum where the total momentum before and after the student begins to pull in the rope r... blur-text-image

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