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Norton’s current is equal to ____________

(a) Short circuit voltage

(b) Open circuit current

(c) Open circuit voltage

(d) Short circuit current

I got this question in semester exam.

The origin of the question is Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in chapter Techniques of Circuit Analysis of Electric Circuits

Thevenin’s voltage is equal to ____________

(a) Short circuit voltage

(b) Open circuit current

(c) Open circuit voltage

(d) Short circuit current

The question was posed to me in exam.

Asked question is from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in division Techniques of Circuit Analysis of Electric Circuits

Norton’s equivalent circuit consists of a _____________

(a) Voltage source in series with a resistor

(b) Current source in parallel with a resistor

(c) Both voltage and current sources

(d) Current source in series with a resistor

This question was addressed to me in homework.

My doubt is from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in portion Techniques of Circuit Analysis of Electric Circuits

Thevenin’s equivalent circuit consists of a ____________

(a) Voltage source in series with a resistor

(b) Current source in parallel with a resistor

(c) Voltage source in parallel with a resistor

(d) Current source in series with a resistor

This question was posed to me by my college director while I was bunking the class.

This intriguing question comes from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in section Techniques of Circuit Analysis of Electric Circuits

Calculate RTh for the network given.

(a) 8Ω

(b) 7Ω

(c) 2Ω

(d) 1Ω

I had been asked this question during a job interview.

Enquiry is from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in portion Techniques of Circuit Analysis of Electric Circuits

Find the Norton’s current for the circuit given below.

(a) 5A

(b) 3.33A

(c) 4A

(d) 1.66A

I have been asked this question in exam.

Origin of the question is Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent in chapter Techniques of Circuit Analysis of Electric Circuits

Calculate IN for the given network.

(a) 0A

(b) 1A

(c) 4.37A

(d) 0.37A

The question was asked in class test.

This interesting question is from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent in portion Techniques of Circuit Analysis of Electric Circuits

The voltage across 6Ω resistor is __________

(a) 7.5V

(b) 6.78V

(c) 20V

(d) 8.5V

I got this question in a national level competition.

This interesting question is from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in section Techniques of Circuit Analysis of Electric Circuits

Find the current through (5+j4) Ω resistor.

(a) 0.9-j0.2 A

(b) 0.78-j0.1 A

(c) 2.7-j0.5 A

(d) 1A

This question was addressed to me at a job interview.

This interesting question is from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in portion Techniques of Circuit Analysis of Electric Circuits

Find the Thevenin’s resistance for the network given.

(a) 6.75Ω

(b) 5.85Ω

(c) 4.79Ω

(d) 1.675Ω

I have been asked this question at a job interview.

My query is from Thevenin and Norton Equivalents,More on Deriving a Thevenin Equivalent topic in chapter Techniques of Circuit Analysis of Electric Circuits

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