Figure 1 of 1 The switch in the circult shown in has been in position a for a long time. At $t = 0$ , the switch moves instantaneously to position b Choose the correct numerical expression for $i_{o} (t)$ when $t ? 0$ $4 + 12 e^{? 2000} A 3 + 13 e^{? 2000} A 3 ? 19 e^{? 2000} A 4 ? 20 e^{? 2000} A$ Part B Choose the correct numerical expression for $v_{0} (t)$ when $t ? 0^{+}$ . $15 + 195 e^{? 2000} V 20 + 180 e^{? 2000} V 20 + 300 e^{? 2000} V 15 + 285 e^{? 2000} V$

Question

Figure 1 of 1 The switch in the circult shown in has been in position a for a long time. At

t = 0

, the switch moves instantaneously to position b Choose the correct numerical expression for

i_{o} (t)

when

t ? 0

4 + 12 e^{? 2000} A 3 + 13 e^{? 2000} A 3 ? 19 e^{? 2000} A 4 ? 20 e^{? 2000} A

Part B Choose the correct numerical expression for

v_{0} (t)

when

t ? 0^{+}

.

15 + 195 e^{? 2000} V 20 + 180 e^{? 2000} V 20 + 300 e^{? 2000} V 15 + 285 e^{? 2000} V

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Expert Answer to -  Figure 1 of 1  The switch in the circult shown in has been in position a for a long time. At t=0, t

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Solution for -  Figure 1 of 1  The switch in the circult shown in has been in position a for a long time. At t=0, t

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(Solved): Figure 1 of 1 The switch in the circult shown in has been in position a for a long time. At t=0, t ...