Answer :
Final answer:
In physics, displacement is the difference in position between the start and end points. In the context of a race car driver driving 2000 meters around a circular track and returning to the starting point, the displacement would be 0 meters.
Explanation:
The question is asking about the race car driver's displacement after driving 2000 meters around a track. Displacement, in physics, is the change in position of an object. It is a vector quantity with both magnitude and direction. A significant point to note here is that a race track is often circular or oval. If the driver starts and ends at the same point, the driving path forms a closed loop and the driver's net change in position becomes zero. Therefore, if we're considering the displacement (change in position) of the driver from its starting point to the same end point on this track, the displacement would be 0 meters (Option a). This is because displacement is a vector, and it considers only the initial and final positions regardless of the path taken.
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