Final answer:
The position of the object is the quantity that will not change during the application of force. While velocity, acceleration, and momentum can be impacted by the force, the position of the object remains the same at the point the force is applied.
Step-by-step explanation:
The quantity that will not change during the application of force is the position of the object. When a force is applied on an object, it can affect the velocity, acceleration, and momentum of the object. For instance, a force can cause an object to speed up (increase in velocity) and can change the direction in which the object is moving, resulting in a change of acceleration. Likewise, since momentum is the product of mass and velocity, an increase in velocity will result in an increase in momentum.
However, at the point force is applied, the position of an object is not immediately impacted. The position of an object refers to the object's location in space, and this would only begin to change after the force has resulted in a movement of the object.
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