1. An emf, ε = 12 V, is wired to a solenoid with self-inductance, L= 0.43 H, two resistors, R₁ = 162, and R₂ = 8, and a two-way switch as shown in the diagram. (15 points) L Sa 000 E R₂ You first set the switch to position a ... (a) How much energy will be stored in the inductor a long time after you set the switch to position a? R₁ (b) After a long time, you move the switch to position b. What will the voltage across the inductor be immediately after you move the switch? (c) How long after you move the switch to position b will it take for the current through the inductor to drop to 3/4 of its initial value?

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Chapter1: Units, Trigonometry. And Vectors
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1.
An emf, ε = 12 V, is wired to a solenoid with
self-inductance, L= 0.43 H, two resistors,
R₁ = 162, and R₂ = 8, and a two-way
switch as shown in the diagram. (15 points)
L
Sa
000
E
R₂
You first set the switch to position a ...
(a) How much energy will be stored in the
inductor a long time after you set the switch
to position a?
R₁
(b) After a long time, you move the switch to position b. What will the voltage across the
inductor be immediately after you move the switch?
Transcribed Image Text:1. An emf, ε = 12 V, is wired to a solenoid with self-inductance, L= 0.43 H, two resistors, R₁ = 162, and R₂ = 8, and a two-way switch as shown in the diagram. (15 points) L Sa 000 E R₂ You first set the switch to position a ... (a) How much energy will be stored in the inductor a long time after you set the switch to position a? R₁ (b) After a long time, you move the switch to position b. What will the voltage across the inductor be immediately after you move the switch?
(c)
How long after you move the switch to position b will it take for the current through the
inductor to drop to 3/4 of its initial value?
Transcribed Image Text:(c) How long after you move the switch to position b will it take for the current through the inductor to drop to 3/4 of its initial value?
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