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Which of the following step for solution of a network utilizing reciprocity theorem is truly stated?
- a)The current in the branch where voltage source was existing earlier is calculated
- b)The current source is interchanged between the branches concerned
- c)The voltage in the branch is obtained using conventional network analysis
- d)The branch between reciprocity is to be established after computing voltage
Correct answer is option 'A'. Can you explain this answer?
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Which of the following step for solution of a network utilizing recipr...
Reciprocity Theorem:
- The reciprocity theorem states that the current at one point in a circuit due to a voltage at a second point is the same as the current at the second point due to the same voltage at the first.
- The reciprocity theorem is valid for all passive networks.
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Which of the following step for solution of a network utilizing recipr...
Understanding Reciprocity Theorem in Network Analysis
The Reciprocity Theorem is a fundamental principle in network theory which states that in a linear, passive network, the current flowing in one branch due to a voltage source can be found by replacing the voltage source with a current source in a different branch. However, understanding the steps involved in utilizing this theorem is crucial.
Correct Statement: Option A Explained
- Current Calculation: The correct first step is to calculate the current in the branch where a voltage source was present initially. This helps in establishing a baseline for comparisons and calculations as you switch the sources.
Other Options Explained
- Option B: The statement about interchanging the current source is misleading. The theorem does involve switching sources, but it does not specifically state to interchange current sources haphazardly without context.
- Option C: This option suggests using conventional network analysis to obtain voltage in a branch. While this is often necessary, it doesn't directly relate to the reciprocity theorem's specific application.
- Option D: Establishing branches after computing voltage is vague. The reciprocity theorem focuses on comparing the effects of sources on specific branches before and after switching, rather than simply computing voltages.
Conclusion
By understanding that option A correctly outlines the first step in applying the reciprocity theorem, you can better analyze networks and utilize this powerful principle effectively in electrical engineering scenarios.
The Reciprocity Theorem is a fundamental principle in network theory which states that in a linear, passive network, the current flowing in one branch due to a voltage source can be found by replacing the voltage source with a current source in a different branch. However, understanding the steps involved in utilizing this theorem is crucial.
Correct Statement: Option A Explained
- Current Calculation: The correct first step is to calculate the current in the branch where a voltage source was present initially. This helps in establishing a baseline for comparisons and calculations as you switch the sources.
Other Options Explained
- Option B: The statement about interchanging the current source is misleading. The theorem does involve switching sources, but it does not specifically state to interchange current sources haphazardly without context.
- Option C: This option suggests using conventional network analysis to obtain voltage in a branch. While this is often necessary, it doesn't directly relate to the reciprocity theorem's specific application.
- Option D: Establishing branches after computing voltage is vague. The reciprocity theorem focuses on comparing the effects of sources on specific branches before and after switching, rather than simply computing voltages.
Conclusion
By understanding that option A correctly outlines the first step in applying the reciprocity theorem, you can better analyze networks and utilize this powerful principle effectively in electrical engineering scenarios.
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Which of the following step for solution of a network utilizing reciprocity theorem is truly stated?a)The current in the branch where voltage source was existing earlier is calculatedb)The current source is interchanged between the branches concernedc)The voltage in the branch is obtained using conventional network analysisd)The branch between reciprocity is to be established after computing voltageCorrect answer is option 'A'. Can you explain this answer?
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Which of the following step for solution of a network utilizing reciprocity theorem is truly stated?a)The current in the branch where voltage source was existing earlier is calculatedb)The current source is interchanged between the branches concernedc)The voltage in the branch is obtained using conventional network analysisd)The branch between reciprocity is to be established after computing voltageCorrect answer is option 'A'. Can you explain this answer? for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared according to the Electrical Engineering (EE) exam syllabus. Information about Which of the following step for solution of a network utilizing reciprocity theorem is truly stated?a)The current in the branch where voltage source was existing earlier is calculatedb)The current source is interchanged between the branches concernedc)The voltage in the branch is obtained using conventional network analysisd)The branch between reciprocity is to be established after computing voltageCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Which of the following step for solution of a network utilizing reciprocity theorem is truly stated?a)The current in the branch where voltage source was existing earlier is calculatedb)The current source is interchanged between the branches concernedc)The voltage in the branch is obtained using conventional network analysisd)The branch between reciprocity is to be established after computing voltageCorrect answer is option 'A'. Can you explain this answer?.
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