2. A fisherman of mass 75 kg is standing at one end of a boat of mass 300 kg and length 20 m floating on still water. He walks towards the other end of the boat with a constant velocity of 2 m/s with respect to a stationary observer on land. (a) Calculate the center of mass of the fisherman-boat system. (b) If the fisherman walks to the other end of the boat, by how much is the boat displaced? (c) What will be the velocity of the boat, with respect to the stationary observer on land, and with respect to the man walking in the boat?
2. A fisherman of mass 75 kg is standing at one end of a boat of mass 300 kg and length 20 m floating on still water. He walks towards the other end of the boat with a constant velocity of 2 m/s with respect to a stationary observer on land. (a) Calculate the center of mass of the fisherman-boat system. (b) If the fisherman walks to the other end of the boat, by how much is the boat displaced? (c) What will be the velocity of the boat, with respect to the stationary observer on land, and with respect to the man walking in the boat?
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Transcribed Image Text:2. A fisherman of mass 75 kg is standing at one ed of a boat of mass 300 kg and
length 20 m floating on still water. He walks towards the other end of the boat
with a constant velocity of 2 m/s with respect to a stationary observer on land.
(a) Calculate the center of mass of the fisherman-boat system.
(b) If the fisherman walks to the other end of the boat, by how much is the boat
displaced?
(c) What will be the velocity of the boat, with respect to the stationary observer
on land, and with respect to the man walking in the boat?
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