Suppose system I is an M $/$ M $/1$ queue with arrival rate $\backslash$lambda and service rate $2\backslash$mu $.$ On the other hand, assume system II is an M $/$ M $/2$ with arrival rate $\backslash$lambda and service rate of each server $\backslash$mu $.$ Compare N$,$ N$\_$q$,$ T$,$ and T$\_$q for these two systems assuming that $\backslash$lambda $<mn\; id="EditorElement\_1201960">2</mn><mtext\; id="EditorElement\_1201961"></mtext><mi\; id="EditorElement\_1201962">\backslash </mi>$mu $.$ Do the comparisons make sense intuitively? Explain.Suppose system I consists of two $\frac{M}{M}\frac{?}{1}$ queues each with arrival

rate $$ and service rate $.$ On the other hand, assume system II is an

$\frac{M}{M}\frac{?}{2}$ with arrival rate $2$ and service rate of each server $.$ Compare

$N,N_q,T,$ and $T_q$ for these two systems assuming that Do the

comparisons make sense intuitively? Explain.