 Hello friends So the question is the displacement of a moving object in a given interval of time is 0 So what's given the displacement of a moving object in a given interval of time is 0, right? So with the distance traveled by the object also be 0. This is the question and you'll have to justify your answer Now what is displacement and distance we need to first understand? So displacement as we know displacement is nothing but shortest shortest distance shortest distance between in any two points, so Let's say This was point a This is point B So if you draw the shortest distance the line between a and b This is shortest distance is called displacement And it's a unit is meters you all know now distance could be anything anything in terms of let's say the actual path length is called Distance, so this is distance. So let's say The body moved like that. So this is this is Length is distance Okay, now distance could be Multiple right so between these two two points there could be infinite number of paths. So that could be so But in any in all the cases the shortest distance Always AB the line training between line segment AB Okay, so the question is the displacement of a moving object in given interval of time is 0. So when can The displacement is 0 that means point a and b should coincide Should coincide that means if if you start moving this point be towards a Right. So all all these distances will also change So let's say this was point a and here was point B as well So a and B are on the same point, but But it can the distance need not be zero. Why because let's say if the body started and Moved along this path and then finally went on to the same point or the starting point and the final destination are same then the displacement is zero Why because the shortest distance between the two coinciding point is always zero, but we see that There could be infinite distances possible. So there could be Multiple choices of the path it actually takes to come back to the same point So we can say that in this case In this case though though the Displacement is zero, but distance is not zero. So Displacement is equal to zero, but Distance Okay, what another example could be when you throw a ball Up in the sky towards the sky. So let's say you have you have thrown the ball up the ball goes up and Stops momentarily at the highest point and then starts falling down and comes back to original position in this case in this case ball going up and Coming Down so displacement is zero Distance is not equal to zero. So you could give this example to justify your answer