For the circuit below, the switch is closed at t=0. t=0 502 1H 2V wm www 59 5Ω www не 1F + 502 v(t) 1. Find the initial and steady state voltage across the rightmost 5-ohm resistor. 2. Find v(t), and confirm that v(0) and v(infinity) correspond to the two values in step 1

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For the circuit below, the switch is closed at t=0.
t=0
2V
502
1H
wm
1F
w
59
5Ω
ww
+
502 v(t)
1. Find the initial and steady state voltage across the rightmost 5-ohm resistor.
2. Find v(t), and confirm that v(0) and v(infinity) correspond to the two values in step 1
3. Based on the formula in v(t), first approximate a plot of v(t), and then using Matlab, plot v(t),
and compare your estimated plot with the Matlab plot.
Transcribed Image Text:For the circuit below, the switch is closed at t=0. t=0 2V 502 1H wm 1F w 59 5Ω ww + 502 v(t) 1. Find the initial and steady state voltage across the rightmost 5-ohm resistor. 2. Find v(t), and confirm that v(0) and v(infinity) correspond to the two values in step 1 3. Based on the formula in v(t), first approximate a plot of v(t), and then using Matlab, plot v(t), and compare your estimated plot with the Matlab plot.
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