A person is sitting at the very back of a canoe of length L, when the front just bumps into the dock. If the canoeist gets up and walks to the front of the canoe there is no friction between the boat and the water. How far will they be from the dock? Expressing in terms of length of canoe, mass of person m_p, and mass of canoe m_c. With this information how do you find the distance (in meters) if the length of the canoe in 3.2m, the person's mass being 51kg, and canoe mass being 66kg?
A person is sitting at the very back of a canoe of length L, when the front just bumps into the dock. If the canoeist gets up and walks to the front of the canoe there is no friction between the boat and the water. How far will they be from the dock? Expressing in terms of length of canoe, mass of person m_p, and mass of canoe m_c. With this information how do you find the distance (in meters) if the length of the canoe in 3.2m, the person's mass being 51kg, and canoe mass being 66kg?
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter10: Systems Of Particles And Conservation Of Momentum
Section10.3: Center Of Mass Revisited
Problem 10.4CE
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A person is sitting at the very back of a canoe of length L, when the front just bumps into the dock.
If the canoeist gets up and walks to the front of the canoe there is no friction between the boat and the water. How far will they be from the dock? Expressing in terms of length of canoe, mass of person m_p, and mass of canoe m_c. With this information how do you find the distance (in meters) if the length of the canoe in 3.2m, the person's mass being 51kg, and canoe mass being 66kg?
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