Resonance in Series LCR Circuit
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PHXII07:ALTERNATING CURRENT

356248 In an \(LCR\) circuit, at resonance

1 The impedance is maximum
2 The current leads the voltage by \(\pi /2\)
3 The current and voltage are in phase
4 The current is minimum
PHXII07:ALTERNATING CURRENT

356249 In the joining ac circuit the voltmeter whose reading will be zero at resonance is
supporting img

1 \(V_{4}\)
2 \(V_{3}\)
3 \(V_{2}\)
4 \(V_{1}\)
PHXII07:ALTERNATING CURRENT

356250 In the figure shown, three \(AC\) voltmeters are connected. At resonance,
supporting img

1 \({V_3} = 0\)
2 \({V_1} = {V_2} \ne 0\)
3 \({V_2} = 0\)
4 \({V_1} = 0\)
PHXII07:ALTERNATING CURRENT

356251 In a series \(L C R\) circuit, the inductance \(L\) is 10 \(m H\), capacitance \(C\) is \(1 \mu F\) and resistance \(R\,{\rm{is}}\,100\Omega \). The frequency at which resonance occurs is

1 \(15.9\,kHz\)
2 \(1.59\,rad/s\)
3 \(1.59\,kHz\)
4 \(15.9\,rad/s\)
NEET - 2023
PHXII07:ALTERNATING CURRENT

356252 Read the Statement A and Statement B carefully to mark the correct options given below.
Statement A :
In an \(LCR\) series circuit, current is maximum at resonance .
Statement B :
Current in a purely resistive circuit can never be less than that in a series \(LCR\) circuit when connected to same voltage source.

1 Statement A is correct but Statement B is incorrect
2 Statement A is incorrect but Statement B is correct
3 Both Statements are true
4 Both Statements are incorrect
JEE - 2024
NEET DIGITAL LIBRARY
PHXII07:ALTERNATING CURRENT

356248 In an \(LCR\) circuit, at resonance

1 The impedance is maximum
2 The current leads the voltage by \(\pi /2\)
3 The current and voltage are in phase
4 The current is minimum
PHXII07:ALTERNATING CURRENT

356249 In the joining ac circuit the voltmeter whose reading will be zero at resonance is
supporting img

1 \(V_{4}\)
2 \(V_{3}\)
3 \(V_{2}\)
4 \(V_{1}\)
PHXII07:ALTERNATING CURRENT

356250 In the figure shown, three \(AC\) voltmeters are connected. At resonance,
supporting img

1 \({V_3} = 0\)
2 \({V_1} = {V_2} \ne 0\)
3 \({V_2} = 0\)
4 \({V_1} = 0\)
PHXII07:ALTERNATING CURRENT

356251 In a series \(L C R\) circuit, the inductance \(L\) is 10 \(m H\), capacitance \(C\) is \(1 \mu F\) and resistance \(R\,{\rm{is}}\,100\Omega \). The frequency at which resonance occurs is

1 \(15.9\,kHz\)
2 \(1.59\,rad/s\)
3 \(1.59\,kHz\)
4 \(15.9\,rad/s\)
NEET - 2023
PHXII07:ALTERNATING CURRENT

356252 Read the Statement A and Statement B carefully to mark the correct options given below.
Statement A :
In an \(LCR\) series circuit, current is maximum at resonance .
Statement B :
Current in a purely resistive circuit can never be less than that in a series \(LCR\) circuit when connected to same voltage source.

1 Statement A is correct but Statement B is incorrect
2 Statement A is incorrect but Statement B is correct
3 Both Statements are true
4 Both Statements are incorrect
JEE - 2024
Join With Us for More Updates
PHXII07:ALTERNATING CURRENT

356248 In an \(LCR\) circuit, at resonance

1 The impedance is maximum
2 The current leads the voltage by \(\pi /2\)
3 The current and voltage are in phase
4 The current is minimum
PHXII07:ALTERNATING CURRENT

356249 In the joining ac circuit the voltmeter whose reading will be zero at resonance is
supporting img

1 \(V_{4}\)
2 \(V_{3}\)
3 \(V_{2}\)
4 \(V_{1}\)
PHXII07:ALTERNATING CURRENT

356250 In the figure shown, three \(AC\) voltmeters are connected. At resonance,
supporting img

1 \({V_3} = 0\)
2 \({V_1} = {V_2} \ne 0\)
3 \({V_2} = 0\)
4 \({V_1} = 0\)
PHXII07:ALTERNATING CURRENT

356251 In a series \(L C R\) circuit, the inductance \(L\) is 10 \(m H\), capacitance \(C\) is \(1 \mu F\) and resistance \(R\,{\rm{is}}\,100\Omega \). The frequency at which resonance occurs is

1 \(15.9\,kHz\)
2 \(1.59\,rad/s\)
3 \(1.59\,kHz\)
4 \(15.9\,rad/s\)
NEET - 2023
PHXII07:ALTERNATING CURRENT

356252 Read the Statement A and Statement B carefully to mark the correct options given below.
Statement A :
In an \(LCR\) series circuit, current is maximum at resonance .
Statement B :
Current in a purely resistive circuit can never be less than that in a series \(LCR\) circuit when connected to same voltage source.

1 Statement A is correct but Statement B is incorrect
2 Statement A is incorrect but Statement B is correct
3 Both Statements are true
4 Both Statements are incorrect
JEE - 2024
For More Updates join with Us
NEET Test Series from KOTA - 10 Papers In MS WORD WhatsApp Here
PHXII07:ALTERNATING CURRENT

356248 In an \(LCR\) circuit, at resonance

1 The impedance is maximum
2 The current leads the voltage by \(\pi /2\)
3 The current and voltage are in phase
4 The current is minimum
PHXII07:ALTERNATING CURRENT

356249 In the joining ac circuit the voltmeter whose reading will be zero at resonance is
supporting img

1 \(V_{4}\)
2 \(V_{3}\)
3 \(V_{2}\)
4 \(V_{1}\)
PHXII07:ALTERNATING CURRENT

356250 In the figure shown, three \(AC\) voltmeters are connected. At resonance,
supporting img

1 \({V_3} = 0\)
2 \({V_1} = {V_2} \ne 0\)
3 \({V_2} = 0\)
4 \({V_1} = 0\)
PHXII07:ALTERNATING CURRENT

356251 In a series \(L C R\) circuit, the inductance \(L\) is 10 \(m H\), capacitance \(C\) is \(1 \mu F\) and resistance \(R\,{\rm{is}}\,100\Omega \). The frequency at which resonance occurs is

1 \(15.9\,kHz\)
2 \(1.59\,rad/s\)
3 \(1.59\,kHz\)
4 \(15.9\,rad/s\)
NEET - 2023
PHXII07:ALTERNATING CURRENT

356252 Read the Statement A and Statement B carefully to mark the correct options given below.
Statement A :
In an \(LCR\) series circuit, current is maximum at resonance .
Statement B :
Current in a purely resistive circuit can never be less than that in a series \(LCR\) circuit when connected to same voltage source.

1 Statement A is correct but Statement B is incorrect
2 Statement A is incorrect but Statement B is correct
3 Both Statements are true
4 Both Statements are incorrect
JEE - 2024
NEET DIGITAL LIBRARY
PHXII07:ALTERNATING CURRENT

356248 In an \(LCR\) circuit, at resonance

1 The impedance is maximum
2 The current leads the voltage by \(\pi /2\)
3 The current and voltage are in phase
4 The current is minimum
PHXII07:ALTERNATING CURRENT

356249 In the joining ac circuit the voltmeter whose reading will be zero at resonance is
supporting img

1 \(V_{4}\)
2 \(V_{3}\)
3 \(V_{2}\)
4 \(V_{1}\)
PHXII07:ALTERNATING CURRENT

356250 In the figure shown, three \(AC\) voltmeters are connected. At resonance,
supporting img

1 \({V_3} = 0\)
2 \({V_1} = {V_2} \ne 0\)
3 \({V_2} = 0\)
4 \({V_1} = 0\)
PHXII07:ALTERNATING CURRENT

356251 In a series \(L C R\) circuit, the inductance \(L\) is 10 \(m H\), capacitance \(C\) is \(1 \mu F\) and resistance \(R\,{\rm{is}}\,100\Omega \). The frequency at which resonance occurs is

1 \(15.9\,kHz\)
2 \(1.59\,rad/s\)
3 \(1.59\,kHz\)
4 \(15.9\,rad/s\)
NEET - 2023
PHXII07:ALTERNATING CURRENT

356252 Read the Statement A and Statement B carefully to mark the correct options given below.
Statement A :
In an \(LCR\) series circuit, current is maximum at resonance .
Statement B :
Current in a purely resistive circuit can never be less than that in a series \(LCR\) circuit when connected to same voltage source.

1 Statement A is correct but Statement B is incorrect
2 Statement A is incorrect but Statement B is correct
3 Both Statements are true
4 Both Statements are incorrect
JEE - 2024