Question

t=0 6? 24 V + 1\6 F + v - 12 ? 4 ? V Vo 0 ? t The capacitor voltage reaches a steady-state value of 8V before the switch opens. The source free response for the capacitor voltage is plotted below the circuit diagram. The value of the capacitor voltage at t = ? is: 1V 0V 2.72 V 2.94 V 368 mV

          t=0
6?
24 V +
1\6 F
+
v
-
12 ?
4 ?
V
Vo
0
?
t
The capacitor voltage reaches a steady-state value of 8V before the switch opens.
The source free response for the capacitor voltage is plotted below the circuit diagram.
The value of the capacitor voltage at t = ? is:
1V
0V
2.72 V
2.94 V
368 mV

t=0
6?
24 V +
1 F
+
v
-
12 ?
4 ?
V
Vo
0
?
t
The capacitor voltage reaches a steady-state value of 8V before the switch opens.
The source free response for the capacitor voltage is plotted below the circuit diagram.
The value of the capacitor voltage at t = ? is:
1V
0V
2.72 V
2.94 V
368 mV

Added by -Ngel M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adriano Chikande

Step 1

When the switch is closed, the capacitor charges up to a steady-state voltage. In this case, the steady-state voltage is given as 8V. Show more…

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t=0 60 WWM + 24V 6F 1292 492 V 0 The capacitor voltage reaches a steady-state value of 8V before the switch opens. The source-free response for the capacitor voltage is plotted below the circuit diagram. The value of the capacitor voltage at t = T is: 1V 0V 2.72V 2.94V 368mV