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Electrical Engineering
‣
Branch, Loop and Node Analyses
Comments
Question
What is the voltage drop across
R
3
?
Options
A. 112 mV
B. 11.25 V
C. 180 mV
D. 1.80 V
Correct Answer
180 mV
Branch, Loop and Node Analyses problems
Search Results
1. What is the voltage drop across
R
2
?
Options
A. 3.5 V
B. 4.18 V
C. 1.5 V
D. 145 mV
Show Answer
Scratch Pad
Discuss
Correct Answer: 4.18 V
2. What is the voltage drop across
R
1
?
Options
A. 850 mV
B. 7.82 V
C. 9.18 V
D. 918 mV
Show Answer
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Discuss
Correct Answer: 7.82 V
3. The first row of a certain determinant has the numbers 3 and 5. The second row has the numbers 7 and 2. The value of this determinant is
Options
A. 31
B. ?31
C. 39
D. ?29
Show Answer
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Discuss
Correct Answer: ?29
4. Find
I
2
. 4
I
1
+ 4
I
2
= 2
6
I
1
+ 7
I
2
= 4
Options
A. 1 A
B. ?1 A
C. 100 mA
D. ?100 mA
Show Answer
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Discuss
Correct Answer: 1 A
5. Using the mesh current method, find the branch current,
IR
1
, in the above figure.
Options
A. 115 mA
B. 12.5 mA
C. 12.5 A
D. 135 mA
Show Answer
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Discuss
Correct Answer: 115 mA
6. Find the node voltage
V
A
.
Options
A. 518 mV
B. 5.18 V
C. 9.56 V
D. 956 mV
Show Answer
Scratch Pad
Discuss
Correct Answer: 5.18 V
Explanation:
Reason: The voltage drop through R2 is 5.18v.
7. Two series resistors are connected to an ac source. If there are 7.5 V rms across one resistor and 4.2 V rms across the other, the peak source voltage is
Options
A. 16.54 V
B. 1.65 V
C. 10.60 V
D. 5.93 V
Show Answer
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Discuss
Correct Answer: 16.54 V
8. If the rms current through a 6.8 kΩ resistor is 8 mA, the rms voltage drop across the resistor is
Options
A. 5.44 V
B. 54.4 V
C. 7.07 V
D. 8 V
Show Answer
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Discuss
Correct Answer: 54.4 V
9. How many degrees are there in Π/3 rad?
Options
A. 6°
B. 60°
C. 180°
D. 27°
Show Answer
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Discuss
Correct Answer: 60°
10. A waveform has a baseline of 3 V, a duty cycle of 20%, and an amplitude of 8 V. The average voltage value is
Options
A. 4 V
B. 4.6 V
C. 1.6 V
D. 11 V
Show Answer
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Discuss
Correct Answer: 4 V
Comments
LITGA RATBU
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More in Electrical Engineering:
Alternating Current and Voltage
Branch, Loop and Node Analyses
Capacitors
Circuit Theorems and Conversions
Circuit Theorems in AC Analysis
Energy and Power
Inductors
Magnetism and Electromagnetism
Ohm's Law
Parallel Circuits
Passive Filters
Quantities and Units
RC Circuits
RL Circuits
RLC Circuits and Resonance
Series Circuits
Series-Parallel Circuits
Three-Phase Systems in Power Applications
Time Response of Reactive Circuits
Transformers
Voltage, Current and Resistance
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