Resistors in A.C circuits completely, absolutely and totally follow ohms law. Ohm's law is followed by resistances and has nothing to with the alternating or direct nature of current.
Ohm's law is however not followed by non linear loads. Also, in A.C systems we generally write V=I*Z which is analogous to V=I*R in D.C circuits. For capacitive and inductive circuits the current magnitude varies in accordance with the circuit impedance but there is a phase shift corresponding to the lagging/ leading nature of current.
Conclusion: it's absolutely wrong to say that ohm's law is not followed in A.C. Its as much applicable to AC systems as to DC systems.
ohms law.
No.
no
Everything follows ohms law. that's why it's called a law. There is no get out of jail free card when it comes to ohm's law. The full law even takes into effect radiative power, or power transferred through antennas.
in transformer
No, Ohms Law applies equally well in ac as in dc.
As transistors are made of semiconductors, they do notfollow Ohm's law.A: they cannot follow exactly ohms law since they are themselves no linear active devices
Yes.
ohms law.
To find the conductance using ohms law,you take the inverse of the resistance(/R)
Current
No.
no
ohms=amps/volts Amps= volts/ohms Volts = Amps*Ohms
Everything follows ohms law. that's why it's called a law. There is no get out of jail free card when it comes to ohm's law. The full law even takes into effect radiative power, or power transferred through antennas.
Ohms law does not consider inductance
no