A man of mass 62 kg is standing on a stationary boat of mass 238 kg. The man is carrying a sphere of mass 0.5 kg in his hands. If the man throws the sphere horizontally with a velocity of 12 ms^(-1), find the velocity with which the boat will move (in magnitude)

A man of mass 62 kg is standing on a stationary boat of mass 238 kg. T

1.	A man of mass 62 kg is standing on a stationary boat of mass 238 kg. The man is carrying a sphere of mass 0.5 kg in his hands. If the man throws the sphere horizontally with a velocity of 12 ms^(-1), find the velocity with which the boat will move (in magnitude)
Answer» `0.02 MS^(-1)` `0.5 ms^(-1)` `0.04 ms^(-1)` `0.06 ms^(-1)` ANSWER :A

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A man of mass 62 kg is standing on a stationary boat of mass 238 kg. The man is carrying a sphere of mass 0.5 kg in his hands. If the man throws the sphere horizontally with a velocity of 12 ms^(-1), find the velocity with which the boat will move (in magnitude)

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