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Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.?
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Aparallel plate capacitor A is filled with a dielectric whose dielectr...
Introduction:
We are given two parallel plate capacitors, A and B. Capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V, while capacitor B has air as its dielectric. Capacitor B is initially connected to a voltage source Vo-30V and then connected to capacitor A after disconnecting the voltage source. We need to determine the charge and voltage on capacitor A after the connection.
Explanation:
Step 1: Capacitor B connected to voltage source:
- Capacitor B is initially connected to a voltage source Vo-30V. This means that the voltage across capacitor B is Vo-30V.
- The capacitance of capacitor B is given as Co (given in the problem).
Step 2: Disconnecting the voltage source and connecting capacitor A:
- After disconnecting the voltage source, the voltage across capacitor B remains constant at Vo-30V.
- Capacitor B is now connected to capacitor A.
- When capacitors are connected in parallel, the voltage across them is the same.
- Therefore, the voltage across capacitor A is also Vo-30V.
Step 3: Calculation of charge on capacitor A:
- The charge on a capacitor is given by the equation Q = CV, where Q is the charge, C is the capacitance, and V is the voltage.
- The capacitance of capacitor B is Co (given in the problem).
- The capacitance of capacitor A can be calculated using the equation C = K * Co, where K is the dielectric constant.
- Since the dielectric constant varies with applied voltage as K-V, the capacitance of capacitor A also varies with voltage.
- Let's assume the capacitance of capacitor A at the given voltage (Vo-30V) is C'.
- Therefore, the charge on capacitor A can be calculated as Q' = C' * (Vo-30V).
Step 4: Final values of charge and voltage on capacitor A:
- After the connection, the charge on capacitor A is Q' and the voltage across it is Vo-30V.
Conclusion:
- The charge on capacitor A after connecting it to capacitor B is given by Q' = C' * (Vo-30V), where C' is the capacitance of capacitor A at the given voltage (Vo-30V).
- The voltage across capacitor A after the connection is Vo-30V.
We are given two parallel plate capacitors, A and B. Capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V, while capacitor B has air as its dielectric. Capacitor B is initially connected to a voltage source Vo-30V and then connected to capacitor A after disconnecting the voltage source. We need to determine the charge and voltage on capacitor A after the connection.
Explanation:
Step 1: Capacitor B connected to voltage source:
- Capacitor B is initially connected to a voltage source Vo-30V. This means that the voltage across capacitor B is Vo-30V.
- The capacitance of capacitor B is given as Co (given in the problem).
Step 2: Disconnecting the voltage source and connecting capacitor A:
- After disconnecting the voltage source, the voltage across capacitor B remains constant at Vo-30V.
- Capacitor B is now connected to capacitor A.
- When capacitors are connected in parallel, the voltage across them is the same.
- Therefore, the voltage across capacitor A is also Vo-30V.
Step 3: Calculation of charge on capacitor A:
- The charge on a capacitor is given by the equation Q = CV, where Q is the charge, C is the capacitance, and V is the voltage.
- The capacitance of capacitor B is Co (given in the problem).
- The capacitance of capacitor A can be calculated using the equation C = K * Co, where K is the dielectric constant.
- Since the dielectric constant varies with applied voltage as K-V, the capacitance of capacitor A also varies with voltage.
- Let's assume the capacitance of capacitor A at the given voltage (Vo-30V) is C'.
- Therefore, the charge on capacitor A can be calculated as Q' = C' * (Vo-30V).
Step 4: Final values of charge and voltage on capacitor A:
- After the connection, the charge on capacitor A is Q' and the voltage across it is Vo-30V.
Conclusion:
- The charge on capacitor A after connecting it to capacitor B is given by Q' = C' * (Vo-30V), where C' is the capacitance of capacitor A at the given voltage (Vo-30V).
- The voltage across capacitor A after the connection is Vo-30V.
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Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.?
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Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.?.
Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.?.
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Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.?, a detailed solution for Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.? has been provided alongside types of Aparallel plate capacitor A is filled with a dielectric whose dielectric constant varies with applied voltage as K-V. An identical capacitor B of capacitance Co with air as dielectric is connected to voltage source Vo-30V and then connected to the first capacitor after disconnecting the voltage source. The charge and voltage on capacitor.? theory, EduRev gives you an
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