- #1
Crazy Tosser
- 182
- 0
OK, so my basic understanding of Dirac Delta Function is that it shows the probability of finding a point at [tex](p,q)[/tex] at time [tex]t[/tex]. Dirac Delta is 0 everywhere except for [tex](p_{0},q_{0})[/tex].
So my question comes
Is it possible that a point enters the [tex](p_{0},q_{0})[/tex] and stays there (for some period of time)? Then dirac's delta would have a chunk instead of one point missing, which does not match it's definition.
Correct me if I am wrong please
So my question comes
Is it possible that a point enters the [tex](p_{0},q_{0})[/tex] and stays there (for some period of time)? Then dirac's delta would have a chunk instead of one point missing, which does not match it's definition.
Correct me if I am wrong please
Last edited: