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Transforming the velocity of an object in one inertial reference frame (Frame A) to another (Frame B) requires knowing which of the following quantities? The acceleration of the object in both frames and its velocity in Frame A. The acceleration and velocity of the object in Frame A. The velocity of the object in Frame A and the velocity of Frame A relative to Frame B. The velocity of the object in Frame A and the distance between the two frames at the moment the velocity is measured.

Transforming the velocity of an object in one inertial reference frame (Frame A) to another (Frame B) requires knowing which of the following quantities? The acceleration of the object in both frames and its velocity in Frame A. The acceleration and velocity of the object in Frame A. The velocity of the object in Frame A and the velocity of Frame A relative to Frame B. The velocity of the object in Frame A and the distance between the two frames at the moment the velocity is measured.

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Transforming the velocity of an object in one inertial reference frame (Frame A) to another (Frame B) requires knowing which of the following quantities? The acceleration of the object in both frames and its velocity in Frame A. The acceleration and velocity of the object in Frame A. The velocity of the object in Frame A and the velocity of Frame A relative to Frame B. The velocity of the object in Frame A and the distance between the two frames at the moment the velocity is measured.

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