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A 200V ac source is applied in a LCR ser...

A `200V` ac source is applied in a LCR series circuit which consists of an inductive reactance of `50Omega` a capacitive reactance of `50Omega` and the resistance of `10 Omega` The potential difference across the resistance is .

A

`50V`

B

`100V`

C

`150V`

D

`200V`

Text Solution

Verified by Experts

The correct Answer is:
D
`X_(L) = X_(C)` (case of series resonance)
`V =V_(R ) =200V` .
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CP SINGH-ALTERNATING CURRENT-EXERCISES
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  4. In an LCR series circuit the voltages across R,L and C at resonance ar...

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  5. In the given circuit the readings of the voltmeter V(1) and the ammete...

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  6. In figure which voltmeter reads zero when omega is equal to the resona...

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  7. An LCR series circuit consists of a resistance of a 10 Omega a capacit...

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  8. In previous question the current in the circuit at resonance is .

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  9. In anLCR circuit .

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  10. A resistor R, an inductor L and a capacitor C are connected in series ...

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  11. An LCR series circuit containing resistance of 20omega has angular res...

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  12. Power dissipated in an L-C-R series circuit connected to an AC source ...

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  13. A coil of inductive reactance 31 Omega has a resistance of 8 ohm. It i...

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  14. An L-C-R series circuit with 100Omega resistance is connected to an AC...

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  15. In the circuit shown in figure the voltage in L and in C are .

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  16. A capacitor of 10muF and an inductor of 1 H are joined in series An ac...

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  17. The reactance of a circuit is zero It is possible that the circuit con...

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  18. Which of the following plots may represent the reactance of a series L...

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  19. In an a.c. Circuit the voltage applied is E=E(0) sin (omega)t. The res...

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  20. In an AC circuit, V and I are given by V=100sin(100t)volts, I=100sin(1...

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