Explanation:
Displacement and distance are two different concepts in physics, even though they may seem similar. Displacement refers to the change in position of an object from its initial point to its final point, regardless of the path taken. On the other hand, distance is the total length of the path traveled by an object.

Example:
Let's consider a particle that starts at point A and moves to point B. If the particle returns to point A, its displacement is zero because it has returned to its initial position. However, the distance traveled by the particle is not necessarily zero because it has covered a certain distance from point A to point B and back.
This can be better understood with an example of a person walking around a circular track. If the person starts at a specific point on the track and walks around it, eventually returning to the same point, their displacement is zero as they are back at their initial position. However, the distance they have traveled around the track is not zero because they have covered the entire circumference of the track.
In conclusion, the displacement of a particle being zero does not imply that the distance traveled by it is also zero. Displacement only takes into account the change in position, while distance considers the total length of the path traveled.