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The wire of a 0.63 H inductor has a resistance of 2.5… | StemPy Lab
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The wire of a 0.63 H inductor has a resistance of 2.5 Ω. The inductor is connected to a battery through a separate 6.5 Ω resistor. How long is the time constant for the growth of the current?
Physics
Medium
High School (11–12)
Electricity & Magnetism › Electromagnetic Induction
Electricity & Magnetism › Current Electricity
NEET
AP
A-Level
IB
Created by
StemPy Lab
The wire of a
0.63
0.63
0.63
H inductor has a resistance of
2.5
Ω
2.5\ \Omega
2.5
Ω
. The inductor is connected to a battery through a separate
6.5
Ω
6.5\ \Omega
6.5
Ω
resistor. How long is the time constant for the growth of the current?
14.3
s
14.3\ \text{s}
14.3
s
0.252
s
0.252\ \text{s}
0.252
s
0.097
s
0.097\ \text{s}
0.097
s
0.070
s
0.070\ \text{s}
0.070
s
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← Match the quantity in List I with the expression in List II. **List I:** (A) peak emf of a generator, (B) time constant of an LR circuit, (C) energy stored in an inductor, (D) emf of a moving rod. **List II:** (1) Blv, (2) 1/2LI², (3) NBAω, (4) L/R.
A battery is switched across an inductor that has a resistor in series with it. How does the rate of growth of the current, dI/dt, change from the instant of closing to a long time later? →
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Electricity & Magnetism › Electromagnetic Induction
Electricity & Magnetism › Current Electricity
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