Let \[ r(t)= \begin {cases} 0, & t\le -1,\\ 1, & -1<t<1,\\ 0, & t\ge 1. \end {cases} \] Think of \(r\) as a distribution on \(\mathbb {R}\) and compute all distributional derivatives of \(r\).
Question
Math 6410 • ODE
Fall 1999 • Question 11
Question
Fall 1999 • Question 11
Let \[ r(t)= \begin {cases} 0, & t\le -1,\\ 1, & -1<t<1,\\ 0, & t\ge 1. \end {cases} \] Think of \(r\) as a distribution on \(\mathbb {R}\) and compute all distributional derivatives of \(r\).