Question: This raises an obvious question, If acceleration for an object in free fall is constant, g, and doesn't depend on mass, as in the hammer

This raises an obvious question, If acceleration
This raises an obvious question, If acceleration for an object in free fall is constant, g, and doesn't depend on mass, as in the hammer and feather drop on the Moon, then why, in this system with a falling mass, does acceleration depend on mass, increasing when the hanging mass increased, and decreasing when the mass of the wagon increased? Think

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