Power dissipation in ideal inductor is

Basic Electrical Mcqs 30/05/2021

A. Maximum
B. Minimum
C. Zero
D. A finite value

Internal resistance of ideal inductor is zero. As there is no resistance, there should not be any dissipation of power. Pure inductor has no resistive component, so it active power dissipation is zero.

Related Mcqs:

    Which of the following quantities consists of SI unit as WATT ?
    A. Force B. Charge C. Current D. Power...
    The substances which have a large number of free electrons and offer a low resistance are called____?
    A. insulators B. inductors C. semi-conductors D. conductors...
    Which of the following statement is true________________?
    A. A galvanometer with low resistance in parallel is a voltmeter B. A galvanometer with high resistance in parallel is a voltmeter C. A galvanometer with low resistance in series is an ammeter D. A galvanometer with high resistance in series is an ammeter...
    For testing appliances, the wattage of test lamp should be_____________?
    A. very low B. low C. high D. any value...
    Temperature co-efficient of resistance is expressed in terms of___________?
    A. ohms/°C B. mhos/ohm°C C. ohms/ohm°C D. mhos/°C...

Leave a Reply

Your email address will not be published. Required fields are marked *