Statement I: When frequency is greater than resonant frequency in a series L C R circuit, it will be an inductive circuit. Statement II: Resultant voltage leads the current in inductive circuits.

Question

Statement I: When frequency is greater than resonant frequency in a series L C R circuit, it will be an inductive circuit. Statement II: Resultant voltage leads the current in inductive circuits. (A) If both statements are true and statement II is the correct explanation of statement I. (B) If both statements are true but statement II is not the correct explanation of statement I. (C) If statement I is true but statement II is false. (D) If both statements are false.

Tardigrade Admin · Accepted Answer

Correct answer is (a) If both statements are true and statement II is the correct explanation of statement I.

Q. Statement I: When frequency is greater than resonant frequency in a series $L CR$ circuit, it will be an inductive circuit.
Statement II: Resultant voltage leads the current in inductive circuits.

If both statements are true and statement II is the correct explanation of statement $I$ .

If both statements are true but statement II is not the correct explanation of statement $I$ .

If statement $I$ is true but statement II is false.

If both statements are false.

Correct answer is (a) If both statements are true and statement II is the correct explanation of statement $I$ .

Q. Statement I: When frequency is greater than resonant frequency in a series LCR circuit, it will be an inductive circuit. Statement II: Resultant voltage leads the current in inductive circuits.

If both statements are true and statement II is the correct explanation of statement I.

If both statements are true but statement II is not the correct explanation of statement I.

If statement I is true but statement II is false.