Question

2. (20 points) For the circuit shown, (a) find the currents through the resistors as soon as the switch is closed. (b) What is the voltage across the two inductors as soon as the switch is closed? (c) After the switch has been closed for a long time, find the currents through the resistors. (d) After the switch has been closed for a long time, find the voltages across the two inductors. (e) Find the change in current on inductor $L_2$ as soon after the switch is closed. 20.0? $L_1 = 5.00 mH$ $\varepsilon = 25.0 V$ 40.0 ? $L_2 = 15.0 mH$ S 30.0 ?

          2. (20 points) For the circuit shown, (a) find the currents through the resistors as soon as
the switch is closed. (b) What is the voltage across the two inductors as soon as the
switch is closed? (c) After the switch has been closed for a long time, find the currents
through the resistors. (d) After the switch has been closed for a long time, find the
voltages across the two inductors. (e) Find the change in current on inductor $L_2$ as soon
after the switch is closed.
20.0?
$L_1 = 5.00 mH$
$\varepsilon = 25.0 V$
40.0 ?
$L_2 = 15.0 mH$
S
30.0 ?

2. (20 points) For the circuit shown, (a) find the currents through the resistors as soon as
the switch is closed. (b) What is the voltage across the two inductors as soon as the
switch is closed? (c) After the switch has been closed for a long time, find the currents
through the resistors. (d) After the switch has been closed for a long time, find the
voltages across the two inductors. (e) Find the change in current on inductor L2 as soon
after the switch is closed.
20.0?
L1 = 5.00 mH
ε = 25.0 V
40.0 ?
L2 = 15.0 mH
S
30.0 ?

Added by Yolanda R.

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