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# in the figure, the steady state current through the inductor will be:

Last updated date: 11th Aug 2024
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Hint: In this question we will directly use the Ohm’s law, which gives the relation between the current, voltage and resistance. Further, by substituting the given values, we will get the required result. Also, we will discuss the basics of an electrical circuit for better understanding.
Formula used:
$I = \dfrac{V}{R}$

As we know, during steady state, the inductor acts as a closed circuit, whereas the capacitor acts as an open circuit.
Also, as we know that according to the ohm’s law on constant temperature the current I pass through the conductor is directly proportional to the potential difference V across its ends.
\eqalign{& I \propto V \cr & I = \dfrac{V}{R} \cr}
Substituting the value of voltage and resistance in the above equation, we get:
\eqalign{& I = \dfrac{5}{4} \cr & \therefore I = 1.25A \cr}
Therefore, we get the required result for the steady state current in the given inductor, which is given by the above result.