Consider R = 6 ? for the given circuit.
NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part.
$v_s(t)$
3 V
1 ?
0
1 s
t
(a)
+
$v_s(t)$ +
1 F
$v_o(t)$
R
(b)
Using that value of $v_s(t)$ in the given circuit, find the value of $v_o(t)$.
The value of $v_o(t) = [(A - Be^{-Ct})u(t) - (D - (E)e^{-F(t+G)})u(t + H)] V$
where A =
, B =
, C = 1.0833, D =
, E =
, F =
, G =
, and H =