Question

In the circuit shown, the switch is initially at the closed position and has been there for a long time. At time ( t=0 ), the switch moves to the open position. The component values in the circuit are given by ( R_{1}=10 mathrm{k} Omega, R_{2}=8 mathrm{k} Omega, R_{3}=8 mathrm{k} Omega ), and ( L=54 mathrm{mH} ), and the source current is ( I_{s}=96 mathrm{~mA} ). If the inductor voltage is defined with + on the top and - on the bottom of the inductor, what is the value of the inductor voltage at the time instant immediately after the switch moves, ( V_{L}left(0^{+} ight) ). Enter your answer in units of Volts.

          In the circuit shown, the switch is initially at the closed position and has been there for a long time. At time ( t=0 ), the switch moves to the open position. The component values in the circuit are given by ( R_{1}=10 mathrm{k} Omega, R_{2}=8 mathrm{k} Omega, R_{3}=8 mathrm{k} Omega ), and ( L=54 mathrm{mH} ), and the source current is ( I_{s}=96 mathrm{~mA} ). If the inductor voltage is defined with + on the top and - on the bottom of the inductor, what is the value of the inductor voltage at the time instant immediately after the switch moves, ( V_{L}left(0^{+}
ight) ). Enter your answer in units of Volts.

In the circuit shown, the switch is initially at the closed position and has been there for a long time. At time ( t=0 ), the switch moves to the open position. The component values in the circuit are given by ( R1=10 mathrmk Omega, R2=8 mathrmk Omega, R3=8 mathrmk Omega ), and ( L=54 mathrmmH ), and the source current is ( Is=96 mathrm mA ). If the inductor voltage is defined with + on the top and - on the bottom of the inductor, what is the value of the inductor voltage at the time instant immediately after the switch moves, ( VLleft(0^+
ight) ). Enter your answer in units of Volts.

Added by Sophia T.

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