The distance the person travels is the total distance covered in each direction, which is 4 meters east + 3 meters north + 3 meters east = 10 meters.
The displacement of the person is the final position of the person relative to their initial position, which is 3 meters north. This is because the person walked 4 meters east and then walked 3 meters east, which cancels out the eastward displacement, leaving only the northward displacement of 3 meters.
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Answer:
The distance the person travels is the total distance covered in each direction, which is 4 meters east + 3 meters north + 3 meters east = 10 meters.
The displacement of the person is the final position of the person relative to their initial position, which is 3 meters north. This is because the person walked 4 meters east and then walked 3 meters east, which cancels out the eastward displacement, leaving only the northward displacement of 3 meters.