Q. 23 Show that in an AC circuit containing a pure inductor, the volta

1.	Q. 23 Show that in an AC circuit containing a pure inductor, the voltage is ahead of current by π/2 radian in phase
Answer» ong>Answer: As e oscillates about zero, i also oscillates about zero and HENCE there cannot be any time independ ent component of current. Comparison of this EQUATION with e = e0 sin wt SHOWS that e leads i by π/2 rad, i.e., the VOLTAGE is ahead of current by π/2 rad in phase. Explanation: i hope this answer is right

Q. 23 Show that in an AC circuit containing a pure inductor, the voltage is ahead of current by π/2 radian in phase

Answer»

ong>Answer:

As e oscillates about zero, i also oscillates about zero and HENCE there cannot be any time independ ent component of current. Comparison of this EQUATION with e = e0 sin wt SHOWS that e leads i by π/2 rad, i.e., the VOLTAGE is ahead of current by π/2 rad in phase.

Explanation:

i hope this answer is right

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Q. 23 Show that in an AC circuit containing a pure inductor, the voltage is ahead of current by π/2 radian in phase​

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Q. 23 Show that in an AC circuit containing a pure inductor, the voltage is ahead of current by π/2 radian in phase