$($Transpose$)$ Write a program called transpose.py that accepts m $($int$)$ and n $($int$)$ as command$-$line arguments, m$$nfloats from standard input representing the elements of an m$$n matrix a$,$ and writes to standard output the transpose of a$.$ Recall that the transpose of an m$-$by$-$n matrix A is an n$-$by$-$m matrix B such that Bij $=$ Aji, where $0$ i $<$ n and $0$j$.$ Accept m $($int$)$ and n $($int$)$ as command$-$line arguments Create an m $$n list a with all elements set to None $($use stdarray.create$2$D$())$ For each i in $[0,$m$)-$ For each j in $[0,$n$)-$ Set a$[$i$][$j$]$ to a float read from standard input $($use stdio.readFloat$())$ Create an n $$m list c with all elements set to None $($use stdarray.create$2$D$())$ For each i in $[0,$n$)-$ For each j in $[0,$m$)-$ Set c$[$i$][$j$]$ to a$[$j$][$i$]$ For each i in $[0,$n$)-$ For each j in $[0,$m$)-$ If j $<$ m$1,$ write c$[$i$][$j$]$ with a space after; otherwise, write c$[$i$][$j$]$ with a newline after