$(3.)$

Below is the circuit needed to find the time constant

$6=12,6.6$ careful redrawing the circuit as gow work$),$ domein $)$ and find the current through the $25.$

$($show all work.$)G$ iven:

$(4.)$

& $T(w)=$

The breaker parel in my home has $15$ A breakers. The fioure shown represents the circuit that Suplies the oudside lights and an outdoor oullet. If IRMS EXCEEDS $15$ A the breaker will trip. I have measured the voltage of the receptacles with a voltmeter ge ting a value

of $118$ V $.($Normal housetold AC voltage has a of $118$ V $.($Normal household AC Voltage has a

frequency of $60$ HZ & $VC(t)=170cos(\frac{3}{7}t)V).$ The outside lights have a combined power $($totalling $1000$ w $).$ If I add a large inflatabele snownnan that is plugged into the same circurn

$($power rating of $350$ w$)$ will the preater trip $($power rating of $350$ w $)$ will the breater tript

when the ontside lights and the snowman When the ontside lights and the shon

lights are all on simultaneously?

YES OR NO$?$ Explain

$(6.)$ IRMS

Include only elenents that are essential to circuit analysis a Draw the cir clitels$)$ needed to find $V_C(to)$ when $V_S\frac{1}{2}$ is ase constants.

Label the circuit in the frequency domain $($labol wints corfectly$)$ Given: ver $(t)=37cos(3000t+14)V$ and is $(t)=20cos(3000t^{-102})s$

solve all problems and show work PLEASE!!