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Byju's Answer
Standard X
Physics
Faraday's Law
Find the self...
Question
Find the self-induced emf.
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Solution
|
e
|
=
∣
∣
∣
L
d
i
d
t
∣
∣
∣
=
0.54
×
0.03
=
1.62
×
10
−
2
V
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Similar questions
Q.
The current (in Ampere) in an inductor is given by
I
=
5
+
16
t
, where
t
is in seconds. The self-induced emf in it is
10
m
V
. Find the self-inductance.
Q.
Comment on the statement given below:
In self-induction
When the current in a coil is increasing, induced emf opposes it
When the current in a coil is decreasing, induced emf supports it
Q.
Find the induced emf. Will the induced emf be time dependent?
Q.
When current changes from
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in an inductor the induced emf is found to be
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Q.
Current in a circuit falls from
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induced, find an estimate of the self-inductance of the circuit.
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