The figure below shows a circuit with and ideal battery, two identical resistors, and two identicalideal inductors. Answer in terms of the battery voltage, resistor value, and inductor value. Youmust justify your answers to the questions below (d) What are the values of the currents through the inductors, right after closing the switch and along time later?(e) Plot a rough graph of the current through the center (vertical) resistor as a function of timeCheck that your graphs is consistent with your answers to part a(f) What would be the currents in each resistor at t-0 and in steady state if the horizontal resistorwere in series with the battery, as below:o00SWw

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Asked Nov 25, 2019
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The figure below shows a circuit with and ideal battery, two identical resistors, and two identical
ideal inductors. Answer in terms of the battery voltage, resistor value, and inductor value. You
must justify your answers to the questions below
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The figure below shows a circuit with and ideal battery, two identical resistors, and two identical ideal inductors. Answer in terms of the battery voltage, resistor value, and inductor value. You must justify your answers to the questions below

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(d) What are the values of the currents through the inductors, right after closing the switch and a
long time later?
(e) Plot a rough graph of the current through the center (vertical) resistor as a function of time
Check that your graphs is consistent with your answers to part a
(f) What would be the currents in each resistor at t-0 and in steady state if the horizontal resistor
were in series with the battery, as below:
o00
S
Ww
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(d) What are the values of the currents through the inductors, right after closing the switch and a long time later? (e) Plot a rough graph of the current through the center (vertical) resistor as a function of time Check that your graphs is consistent with your answers to part a (f) What would be the currents in each resistor at t-0 and in steady state if the horizontal resistor were in series with the battery, as below: o00 S Ww

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Expert Answer

Step 1

Given:

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Step 2

(a) Calculating the initial current and current after a long time through the inductors:

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R (1) (2) R Initially the inductor will behaue ar fo thre wil not be them But Afer a steady state, Both the ar wirex. ie thoro eurent 0 time hater, in 4he fnduc tors will behaue R TR (I om dagram steady state ureuto au, (1 (1,) 2N

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Step 3

(b) Determining the graph of current vs...

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there will not b But with ime the Imitially isis ter, curcut teiil At steady the curreut thouh the v tical (12 R Yesis h So, Curnent theugh resds tor whre t i& mc conteut Huuce

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