Those are the answers, I just need the work shown. A resistor (R), an inductor (

Question

Those are the answers, I just need the work shown.

A resistor (R), an inductor (L), a capacitor (C), and a battery (V) are connected in series with an open Switch. At the moment when the switch is just closed, the maximum voltage will be applied on L R C 0 on all same on all Brief Reason: Leave the switch closed for long time, the maximum voltage will be applied on L R C 0 on all same on all Brief Reason: The currents for the cases in (5) and (6) are, respectively (0, max) (0, 0) (max, 0) (max, max) undetermined Brief Reason:

Explanation / Answer

a) A)L

when the switch is closed, the current trie to increase rapidly.

so, the rate of change magnetic flux through the coil is maximum.

so, induced emf is maximum.

so, the total potential drops at inductor.

b) C) C

As the time passes the capacitor gets charged.

after a long time the capacitors gets fully charged.

so, the whole potential drops across the capacitor.

c) B) (0,0)

when the siwtch is closed the current starts from zero and gradually increases.

here the capacitor gets charged.

after some time gradually decreases and after a long time the when the capacitor gets fully charged the current becomes zero.

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