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dipankar.a511
I know that- The change in current of primary coil changes the magnetic flux linked with the secondary coil and this an emf will be induced in secondary coil (which also has an inductor in the circuit) so current grows in secondary coil and the current in secondary coil produces magnetic field.
Q.Is it correct to say that the growing current (inductor in the secondary will resist the change in current) in secondary coil will result in a change in magnetic flux (due to magnetic field of secondary coil) linked with primary coil and an emf will be induced by secondary coil in primary and this will continue so on and so forth like two mirrors opposing each other and making infinite images or will the cycle get over just at secondary coil. Is this reasoning flawed in terms of law of conservation of energy and lenz's law?
Q.Is it correct to say that the growing current (inductor in the secondary will resist the change in current) in secondary coil will result in a change in magnetic flux (due to magnetic field of secondary coil) linked with primary coil and an emf will be induced by secondary coil in primary and this will continue so on and so forth like two mirrors opposing each other and making infinite images or will the cycle get over just at secondary coil. Is this reasoning flawed in terms of law of conservation of energy and lenz's law?