If I$=3\mathrm{.}000$A$,$ obtain expressions for both $\backslash$eta $^()($t$)$ and iL$($t$)$ as labeled in the circuit given below, which are valid for t$>0.($Round the final

answers to four decimal places.$)$

The expression for $\backslash$eta $\_(1)($t$)$ is Ae$^(-$Bt$)$A$,$ where A$=1$

and B$=$

The expression for i$\_($L$)($t$)$ is Ce$^(-$Dt$)$A$,$ where C$=$

and D$=$