$2.(40\%)$ Multiplication $$ We can also define a multiplication table modulo n in the$$following way:$$For a given fixed integer n and any a$,$ b in $$n$,($a$,$ b $<$ n$)($a mod n$)\backslash$times $($b mod n$)=($a $\backslash$times b$)$ mod n$$This allows us to define arithmetic $$modulo n$$ by a $\backslash$times b $($mod n$)=($a $\backslash$times b$)$ mod n$.$Example: Let n $=5.3\backslash$times $1=3$ mod $5,3\backslash$times $2=1$ mod $5,3\backslash$times $3=4$ mod $5,$ etc.$$Write a program that generates the multiplication table modulo n of a given integer$$n provided as a command line parameter to the program.$$For example running: $./$a$1$q$25$Output:$$Multiplication table for Z$5$:$01234000000101234202413303142404321$Note that the argument n for this program must be provided as a command$-$line$$parameter$.$ This means you must use parameters in the main function. You also$$need to notify the user if no parameter is passed.