A hammer is held balanced as shown in the figure on left. If we cut the hammer into two parts at the point where the rope was attached, how does the mass of the left side compare with the mass on the right side? Explain your reasoning. A) The masses are equal. B) The piece with the head of the hammer has the smaller mass. C) The piece with the head of the hammer has the greater mass. D) It is impossible to tell with the given information
A hammer is held balanced as shown in the figure on left. If we cut the hammer into two parts at the point where the rope was attached, how does the mass of the left side compare with the mass on the right side? Explain your reasoning. A) The masses are equal. B) The piece with the head of the hammer has the smaller mass. C) The piece with the head of the hammer has the greater mass. D) It is impossible to tell with the given information
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Transcribed Image Text:A hammer is held balanced as shown in the figure on left. If we cut the hammer into two parts at the point where the rope was attached, how does the
mass of the left side compare with the mass on the right sidle? Explain your reasoning.
A) The masses are equal.
B) The piece with the head of the hammer has the smaller mass.
C) The piece with the head of the hammer has the greater mass.
D) It is impossible to tell with the given information.
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