An inductor (L$$ $$=$$ $$100$$ $$mH) a resistor (R$$ $$=$$ $$100$$ Ω$$)and$$ a battery $$(E$$ $$=$$ $$100$$ $$V) are initially connected in series as shown in the Fig. $$9.89$$. After a long time the battery is disconnected after short circuiting the points A and B. The current in the circuit $$1$$ ms after the short circuit is :

Question

An inductor (L$$ $$=$$ $$100$$ $$mH) a resistor (R$$ $$=$$ $$100$$ Ω$$)and$$ a battery $$(E$$ $$=$$ $$100$$ $$V) are initially connected in series as shown in the Fig. $$9.89$$. After a long time the battery is disconnected after  short circuiting the points A and  B. The current in the circuit $$1$$ ms after the short circuit is :

Infinity Learn · Accepted Answer

Long time after, current in the $$circuitI0=ER=1$$ AOn $$short-circuitingI=I0e-RLt=(1)e-100100$$ x $$10-3$$ x $$10-3=1eA$$

An inductor (L = 100 mH) a resistor (R = 100 $Ω$ )and a battery (E = 100 V) are initially connected in series as shown in the Fig. 9.89. After a long time the battery is disconnected after short circuiting the points A and B. The current in the circuit 1 ms after the short circuit is :

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An inductor (L = 100 mH) a resistor (R = 100 Ω)and a battery (E = 100 V) are initially connected in series as shown in the Fig. 9.89. After a long time the battery is disconnected after short circuiting the points A and B. The current in the circuit 1 ms after the short circuit is :

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Ready to Test Your Skills?

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An inductor (L = 100 mH) a resistor (R = 100 $Ω$ )and a battery (E = 100 V) are initially connected in series as shown in the Fig. 9.89. After a long time the battery is disconnected after short circuiting the points A and B. The current in the circuit 1 ms after the short circuit is :