Using the network below, what is the expression of the voltage $V_o(t)$ in the time domain?
2 ?
+
1F
1?
$v_o(t)$
1H
2 ?
4 ?
12u(t) A
Answer Format: $V_o(t) = (Ae^{Bt} + Ce^{Dt} + Fe^{Gt})u(t)$
Answer: A = [1], B = [2], C = [3], D = [4], F = [5], G = [6]
Note: When entering your answer, order your terms in increasing order based on the exponent value.
Example: If your calculated voltage is $v_o(t) = (11e^{-t} + 3e^{-5t} + 6.3e^{-7t})u(t)$
then A = 6.30e0, B= -7.00e0, C = 3.00e0, D = -5.00e0, F = 1.10e1, G = -1.00e0