II$1.$ The charge, $q(t),$ flowing in a wire is shown in Fig$\mathrm{.}1.$ Compute and sketch the corresponding current, i$($t$).$

$112.$ For the circuit s$!$

$*3.$ The time domain circuit shown in Fig. $3$ is in the steady state $($operating for $(0)).$ With I$($t$)$ shown,

$($i$)$ Draw the phasor circuit with all parameter values labelled on it$.$

$($ii$)$ Compute $i(t)$ as a function of time.

$v_s=4C$

#$6.$ An AC phasor circuit is shown in Fig$\mathrm{.}4.$ All impedances are in Ohms. Compute$($i$)V_1,V_2$ and $I_4.($ii$)$ Complex

II$1.$ The charge, $q(t),$ flowing in a wire is shown in Fig$\mathrm{.}1.$ Compute and sketch the corresponding current, i$($t$).$

$112.$ For the circuit s$!$

$*3.$ The time domain circuit shown in Fig. $3$ is in the steady state $($operating for $(0)).$ With I$($t$)$ shown,

$($i$)$ Draw the phasor circuit with all parameter values labelled on it$.$

$($ii$)$ Compute $i(t)$ as a function of time.

$v_s=4C$

#$6.$ An AC phasor circuit is shown in Fig$\mathrm{.}4.$ All impedances are in Ohms. Compute$($i$)V_1,V_2$ and $I_4.($ii$)$ Complex