An ideal inductor when connected in a.c. circuit does not produce heating effect though it reduces the current in the circuit .Explain.why?
Answers
Answered by
8
Hi friend,
An ideal inductor is a coil having some inductance(L) but no ohmic resistance R.Amount of heat produced in time t= I²Rt.As R=0,Therefore,heat produced =0.However,The inductor offers inductive reactance X_L=ωL=2πvL to the a.c. Therefore ,the current is reduced.
_______________________________________________________________
An ideal inductor is a coil having some inductance(L) but no ohmic resistance R.Amount of heat produced in time t= I²Rt.As R=0,Therefore,heat produced =0.However,The inductor offers inductive reactance X_L=ωL=2πvL to the a.c. Therefore ,the current is reduced.
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Answered by
4
An ideal inductor is a coil which dont have ohmic resistance . in which amount of heat produced becomes zero. so current will reduce in circuit.
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