Question

Additional Information:

- For t < 0, the switch is in the left position. Assume it has been there a long time. At t = 0, the switch is shifted to the right position, disconnecting the battery from the circuit.

- Replace the Capacitors in the circuit shown with Inductors (with inductance L)

- Replace the word "capacitor in part (b) with "Inductor"

- Omit the second question: "use physical arguments to explain..." in part (b)

Basically, I just need some help deriving Kirchoff's Voltage Law Equations and the appropriate Differential Equation from this circuit

R C Vs 5. Replace the capacitors in question (3) with an inductors. a) Find an expression for the current in the left inductor as a function of time by first writing appropriate differential equation, and then solving for current b) What is the total current in each capacitor after a very long time? Use physical arguments to explain why this situation is not comparable to the capacitor situation, in which charge remained in the system after a very long time. an

Answer 1

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