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The phase difference between the alternating current and emf is π/2. Which of the following cannot be the constituent of the circuit?
  • a)
    R, L
  • b)
    C alone
  • c)
    L alone
  • d)
    L, C
Correct answer is option 'A'. Can you explain this answer?
Verified Answer
The phase difference between the alternating current and emf isπ/2....
(a) Phase difference for R–L circuit lies between 
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The phase difference between the alternating current and emf isπ/2....
The phase difference between the alternating current (AC) and electromotive force (EMF) depends on the type of circuit elements present. In an ideal inductor or capacitor, the phase difference between the AC voltage and current is 90 degrees. In a resistor, there is no phase difference as the voltage and current are in phase. In a circuit with a combination of resistors, inductors, and capacitors, the phase difference can vary depending on the specific values of the components.
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