A single force is exerted on an object. The line of action of the force does not

Question

A single force is exerted on an object. The line of action of the force does not pass through the object's center of mass. The acceleration of the object's center of mass due to this force (a) is the same as if the force were applied to the center of mass, (b) is larger than the accleration would be if the force were applied at the center of mass, (c) is smaller than the acceleratoin would be if the force were aplied at the center of mass or (d) is zero because the force causes only angular acceleration about the center of mass?

Explanation / Answer

no

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