In the parallel RLC circuit shown below, assuming v(0) = 6 V, i(0) = 0 A,...

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In the parallel RLC circuit shown below, assuming v(0) = 6 V, i(0) = 0 A, L= 1 H and C = 10 mF. For R = 2.2 0, find: L The roots of the characteristics equation S1 & S2. Oa. S1= -1.855 s, S2= -34.509 s Ob. S1= -1.855 s, S2= -43.136 s Oc. S1= -2.318 s, S2= -34.509 s Od. S1= -2.318 s, S2= -43.136 s v(t) for t > 0 is A1 est+A2 e52t, the values of A1 and A2 are: Oa. A1= -0.273 V, A2= 5.073 V Ob. A1= -0.341 V, A2= 6.341 V Oc. A1= -0.341 V, A2= 5.073 V Od. A1= -0.273 V, A2= 6.341 V all In the parallel RLC circuit shown below, assuming v(0) = 6 V, i(0) = 0 A, L= 1 H and C = 10 mF. For R = 2.2 0, find: L The roots of the characteristics equation S1 & S2. Oa. S1= -1.855 s, S2= -34.509 s Ob. S1= -1.855 s, S2= -43.136 s Oc. S1= -2.318 s, S2= -34.509 s Od. S1= -2.318 s, S2= -43.136 s v(t) for t > 0 is A1 est+A2 e52t, the values of A1 and A2 are: Oa. A1= -0.273 V, A2= 5.073 V Ob. A1= -0.341 V, A2= 6.341 V Oc. A1= -0.341 V, A2= 5.073 V Od. A1= -0.273 V, A2= 6.341 V all