A switch in a circuit in Figure 1 has been closed for a long time. The switch opens at t= 0. Analyze, i. ii. The initial current, i (0-) The initial voltage, v (0-) The damping factor, a and resonant...

Extracted text: A switch in a circuit in Figure 1 has been closed for a long time. The switch opens at t= 0. Analyze, i. ii. The initial current, i (0-) The initial voltage, v (0-) The damping factor, a and resonant freq, w. iv. ii. The roots of the characteristic equation The equation of natural response with constants (Hint: i(t) = A,e($1)t + A2e(s2)t) The initial value of voltage differentiation, di (0')/dt (Hint: Find A1 and A2) The complete natural response equation, i (f) for t>0 V. vi. vii. t = 0 4Ω + 0.02 F == 6Ω 10 V + 3Ω 0.5 H Figure 1