$5.(12$ points$)$ The circuit parameters for this problem are $=5$ V$,=1$ k$,=$ X$3$ID k$,$ and the input bias currents are zero, $=.$ Initially assume $=0$ A$,$ until instructed otherwise. $($a$)$ If vin R$3$ R$1$ R$2+$VSS vout $=$$,$ what is the circuit$$s frequency$-$independent transfer function, H$,$ also known as the circuit$$s voltage gain?$($b$)$ If $-$VSS $=10,$ what is the circuit$$s gain? $($c$)$ For this and all latter parts of this problem use $=10000.$ What is the circuit$$s gain? $($d$)$ For this and all latter parts of this problem assume the input bias currents are $=-200$ nA unless specified otherwise. What is the output voltage if vin $=0$ V$?($e$)$ What is the output voltage if vin $=0\mathrm{.}1$ V$?($f$)$ If $=-125$nAand $=-200$nA$,$ what is the output voltage if vin $=0$ V$?($g$)$ If the unity$-$gain bandwidth of the op amp is $1$ MHz$,$ what is the $-3$dB frequency of the circuit?