4. What is the value of the load resistance RL for the circuit shown below for...

 

Transcribed Image Text:

4. What is the value of the load resistance RL for the circuit shown below for the maximum power transfer? The voltage source is V₁ = 10V and internal resistance is R. = 20 92. a. 10 92 b. 20 92 5. In a two-source circuit, one source acting alone produces 20 mA through a given branch. The other source acting alone produces 12mA in the opposite direction through the same branch. The actual current through the branch is: c. 32mA a. 20mA b. 8 mA d. None of the above 6. Thevenin's theorem converts a circuit to an equivalent form consisting of a a. current source & a series resistance b. voltage source & a series resistance c. 292 d. None of the Above 7. To find the Thevenin's voltage Va, determine the terminals. a. open circuit current b. short circuit current c. voltage source & a parallel resistance d. current source & a parallel resistance between the two specified c. open circuit voltage d. short circuit voltage 8. The Norton's theorem converts a circuit to an equivalent form consisting of a. a current source and a series resistance b. a voltage source and a parallel resistance c. c. a voltage source and a series resistance d. d. a current source and a parallel resistance 4. What is the value of the load resistance RL for the circuit shown below for the maximum power transfer? The voltage source is V₁ = 10V and internal resistance is R. = 20 92. a. 10 92 b. 20 92 5. In a two-source circuit, one source acting alone produces 20 mA through a given branch. The other source acting alone produces 12mA in the opposite direction through the same branch. The actual current through the branch is: c. 32mA a. 20mA b. 8 mA d. None of the above 6. Thevenin's theorem converts a circuit to an equivalent form consisting of a a. current source & a series resistance b. voltage source & a series resistance c. 292 d. None of the Above 7. To find the Thevenin's voltage Va, determine the terminals. a. open circuit current b. short circuit current c. voltage source & a parallel resistance d. current source & a parallel resistance between the two specified c. open circuit voltage d. short circuit voltage 8. The Norton's theorem converts a circuit to an equivalent form consisting of a. a current source and a series resistance b. a voltage source and a parallel resistance c. c. a voltage source and a series resistance d. d. a current source and a parallel resistance

Answer rating: 100% (QA)

The image contains multiplechoice questions relating to electrical circuits and theorems such as The... View the full answer