00:01
Hello everyone.
00:02
So today i'm going to solve this question for you.
00:04
Basically in this question, we have been given two statements and we have to tell which one of them is true.
00:10
Okay.
00:11
So the first statement, a statement, it says it cannot be zero.
00:16
So it says the displacement can never be equal to zero.
00:24
This is the first statement.
00:25
And the second statement says that magnitude of displacement of displacement is greater than the distance traveled by the object.
00:52
So we have to understand that displacement is a vector quantity.
01:00
Displacement is a vector quantity.
01:01
It has magnitude as well as direction.
01:08
Okay.
01:09
Now, let's say we have an object, okay? and he starts moving, we have a man, okay? he starts moving from this point and then he goes here and then he goes here and then he comes back here and then he goes back to this position finally okay so he is going in this rectangular way okay so what happens is that he goes from a and comes back to a so in this case displacement is zero because he is at the initial position only okay so in this case displacement is zero.
01:50
So yes, we can have displacement is equal to zero because this will cancel out this...