When two bodies of different masses are accelerated at the same rate, what can be inferred about the forces acting on them according to Newton's second law?
The heavier body experiences a greater force due to its larger mass.
Newton's second law: \(F = ma\), so for the same acceleration, force is directly proportional to mass.
Example: at \(a = 2\ \text{m/s}^2\), a 10 kg body needs 20 N while a 5 kg body needs only 10 N.
So equal acceleration does not mean equal force, force still depends on mass, and the lighter body needs less force, not more.
Hence, the answer is The heavier body experiences a greater force due to its larger mass.
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