Ali sits at one end of a canoe having mass of M and length of L. Consider Ali as a point mass of m. Ali and the canoe are initially at rest with respect to the shoreline. Ali stands up and walks to the point that is L/ 6 away from CM. Assume the canoe moves without friction on the lake surface. How far does the canoe move from shore when Ali reaches the point that is L/ 6 away from CM of the canoe? A-) M+m ml 2(M+m) 2ml 3(M+m) Sml 6(M+m) 3ml E-) 4(M+m)
Ali sits at one end of a canoe having mass of M and length of L. Consider Ali as a point mass of m. Ali and the canoe are initially at rest with respect to the shoreline. Ali stands up and walks to the point that is L/ 6 away from CM. Assume the canoe moves without friction on the lake surface. How far does the canoe move from shore when Ali reaches the point that is L/ 6 away from CM of the canoe? A-) M+m ml 2(M+m) 2ml 3(M+m) Sml 6(M+m) 3ml E-) 4(M+m)
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Transcribed Image Text:Ali sits at one end of a canoe having mass of M and length of L.
Consider Ali as a point mass of m. Ali and the canoe are initially
at rest with respect to the shoreline. Ali stands up and walks to the
point that is L/ 6 away from CM. Assume the canoe moves
without friction on the lake surface. How far does the canoe move
from shore when Ali reaches the point that is L/ 6 away from CM
of the canoe?
A-)
M+m
ml
2(M+m)
2ml
3(M+m)
Sml
6(M+m)
3ml
E-)
4(M+m)
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