Consider the PDA M $=($Q$=\{$q $,$p$,$r $,$t $\},\backslash$Sigma $=\{0,1\},=\{$$$,$X$\},\backslash$delta $,$ q$0=$ t$,$ F$=\{$r $\})$with start

state t$,$ accepting state set $\{$r$\},$ and the following transition function:

$\backslash$delta $($t$,\backslash$epsi $,\backslash$epsi $)=\{($ q$,$$$)\}$

$\backslash$delta $($q$,0,\backslash$epsi $)=\{($ q$,$X$)\}$

$\backslash$delta $($q$,1,\backslash$epsi $)=\{($ q$,\backslash$epsi $),($p$,\backslash$epsi $)\}$

$\backslash$delta $($p$,1,$X$)=\{($p$,\backslash$epsi $)\}$

$\backslash$delta $($p$,\backslash$epsi $,$$$)=\{($r$,\backslash$epsi $)\}$Describe in English the language L$($M$).$ Justify your answer