1) Consider the circuit shown below. Note that this question is not identical to the similar looking one you answered in the prelecture. 2R v= 2R Which of the following statements best describes the current flowing in the blue wire connecting points a and b? Positive current flows from a to b Positive current flows from b to a No current flows between a and b 3) Consider the circuit shown below. 2R 4R 2R 4R Case B Case A In which case is the current flowing in the blue wire connecting points a and b bigger? Case A Case B They are the same
1) Consider the circuit shown below. Note that this question is not identical to the similar looking one you answered in the prelecture. 2R v= 2R Which of the following statements best describes the current flowing in the blue wire connecting points a and b? Positive current flows from a to b Positive current flows from b to a No current flows between a and b 3) Consider the circuit shown below. 2R 4R 2R 4R Case B Case A In which case is the current flowing in the blue wire connecting points a and b bigger? Case A Case B They are the same
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Question
Justify your answer in terms of Kirchoff's Current Rule for both.
![1) Consider the circuit shown below. Note that this question is not identical to the similar looking one you answered in
the prelecture.
2R
v=
2R
Which of the following statements best describes the current flowing in the blue wire connecting points a and b?
Positive current flows from a to b
Positive current flows from b to a
No current flows between a and b](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F74b33ebe-31a4-43ae-802a-49365f949aaf%2Fb85db241-c648-435d-ad25-651aa82332ae%2F4xjmfl.png&w=3840&q=75)
Transcribed Image Text:1) Consider the circuit shown below. Note that this question is not identical to the similar looking one you answered in
the prelecture.
2R
v=
2R
Which of the following statements best describes the current flowing in the blue wire connecting points a and b?
Positive current flows from a to b
Positive current flows from b to a
No current flows between a and b
![3) Consider the circuit shown below.
2R
4R
2R
4R
Case B
Case A
In which case is the current flowing in the blue wire connecting points a and b bigger?
Case A
Case B
They are the same](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F74b33ebe-31a4-43ae-802a-49365f949aaf%2Fb85db241-c648-435d-ad25-651aa82332ae%2F4jk9p6.png&w=3840&q=75)
Transcribed Image Text:3) Consider the circuit shown below.
2R
4R
2R
4R
Case B
Case A
In which case is the current flowing in the blue wire connecting points a and b bigger?
Case A
Case B
They are the same
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Hi, there are more than one question posted.
VIEWQuestion 1
VIEWKirchhoff's voltage law:
VIEWApplying Kirchhoff’s current law to junction a,
VIEWApplying Kirchhoff’s current law to junction b,
VIEWFrom the two equations,
VIEWHence, current in the segment ab is,
VIEWPositive current flows through a to b.
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