4. Consider the Wye (Y) network shown below. Which terminal the equivalent resistance is maximum? A 2R R 3R (C) BC (D) CN (A) AB (B) AC 5. Which fundamental concept expresses the Kirchhoff's Current Rule? (A) Conservation of charge (B) Conservation of energy (C) Conservation of current (D) Conservation of mass 6. Which fundamental concept expresses the Kirchhoff's Voltage Rule? (A) Conservation of charge (B) Conservation of energy (C) Conservation of current (D) Conservation of mass

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Answer the following
in ser
4. Consider the Wye (Y) network shown below. Which terminal
the equivalent resistance is maximum?
A
B
C
2R
R
3R
(C) BC
(D) CN
(A) AB
(B) AC
5. Which fundamental concept expresses the Kirchhoff's
Current Rule?
(A) Conservation of charge
(B)
Conservation of energy
(C)
Conservation of current
(D) Conservation of mass
6. Which fundamental concept expresses the Kirchhoff's
Voltage Rule?
Conservation of charge
Conservation of energy
Conservation of current
11
12
(A)
(B)
(C)
(D)
Conservation of mass
7. It states that the voltage or current in any branch is equal to
the algebraic sum of the individual contributions from each
and independent source with all other set to zero.
(A) Mesh Analysis
(B) Superposition Theorem
(C) Kirchhoff's Current Rule
(D) Kirchhoff's Voltage Rule
8. In superposition theorem, the voltage source is removed by
(A) replacing it with an open circuit.
(B) replacing it with an short circuit.
(C) replacing it with a resistance in series.
(D) replacing it with a resistance in parallel.
Transcribed Image Text:in ser 4. Consider the Wye (Y) network shown below. Which terminal the equivalent resistance is maximum? A B C 2R R 3R (C) BC (D) CN (A) AB (B) AC 5. Which fundamental concept expresses the Kirchhoff's Current Rule? (A) Conservation of charge (B) Conservation of energy (C) Conservation of current (D) Conservation of mass 6. Which fundamental concept expresses the Kirchhoff's Voltage Rule? Conservation of charge Conservation of energy Conservation of current 11 12 (A) (B) (C) (D) Conservation of mass 7. It states that the voltage or current in any branch is equal to the algebraic sum of the individual contributions from each and independent source with all other set to zero. (A) Mesh Analysis (B) Superposition Theorem (C) Kirchhoff's Current Rule (D) Kirchhoff's Voltage Rule 8. In superposition theorem, the voltage source is removed by (A) replacing it with an open circuit. (B) replacing it with an short circuit. (C) replacing it with a resistance in series. (D) replacing it with a resistance in parallel.
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