Deck 7: Combination Circuits
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Deck 7: Combination Circuits
1
Figure 7-9 
In the accompanying figure, what is the value of E3?
A) 3.250 V
B) 3.375 V
C) 3.500 V
D) 3.625 V

In the accompanying figure, what is the value of E3?
A) 3.250 V
B) 3.375 V
C) 3.500 V
D) 3.625 V
B
2
The total resistance of a parallel ____ can be replaced by a single resistor.
A) node
B) junction
C) combination
D) block
A) node
B) junction
C) combination
D) block
D
3
Figure 7-5 
In the accompanying figure, what is the value of E6?
A) 24 V
B) 30 V
C) 36 V
D) 44 V

In the accompanying figure, what is the value of E6?
A) 24 V
B) 30 V
C) 36 V
D) 44 V
C
4
To solve a circuit, you must ____ a simpler circuit.
A) join it to
B) equate it with
C) reduce it to
D) block it from
A) join it to
B) equate it with
C) reduce it to
D) block it from
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5
To identify the series and parallel elements, ____.
A) measure the voltage
B) trace the current path
C) apply the reciprocal rule
D) connect the junction points
A) measure the voltage
B) trace the current path
C) apply the reciprocal rule
D) connect the junction points
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6
One of the rules for ____ circuits states that the total resistance is equal to the ____ of the individual resistors.
A) series; product
B) series; sum
C) parallel; product
D) parallel; sum
A) series; product
B) series; sum
C) parallel; product
D) parallel; sum
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7
A junction point where two or more branches are connected is often referred to as a ____.
A) node
B) combination
C) tracing
D) series
A) node
B) combination
C) tracing
D) series
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8
One of the rules for a series circuit states that the current is the same at any point in the circuit.
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9
Figure 7-5 
In the accompanying figure, what is the value of I2?
A) 0.04 A
B) 0.06 A
C) 0.09 A
D) 0.12 A

In the accompanying figure, what is the value of I2?
A) 0.04 A
B) 0.06 A
C) 0.09 A
D) 0.12 A
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10
Figure 7-9 
In the accompanying figure, what is the value of P1?
A) 0.763 W
B) 0.877 W
C) 0.973 W
D) 1.113 W

In the accompanying figure, what is the value of P1?
A) 0.763 W
B) 0.877 W
C) 0.973 W
D) 1.113 W
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11
Ohm's Law can be used to find missing values for resistors in a combination circuit.
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12
In a series circuit, the voltage is the same across any circuit branch.
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13
Figure 7-9 
In the accompanying figure, what is the value of I2?
A) 0.0292 A
B) 0.0326 A
C) 0.0483 A
D) 0.0588 A

In the accompanying figure, what is the value of I2?
A) 0.0292 A
B) 0.0326 A
C) 0.0483 A
D) 0.0588 A
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14
When solving combination circuits, do not reduce to a simpler circuit.
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15
Figure 7-9 
In the accompanying figure, what is the value of PT?
A) 2.11 W
B) 2.54 W
C) 2.89 W
D) 3.12 W

In the accompanying figure, what is the value of PT?
A) 2.11 W
B) 2.54 W
C) 2.89 W
D) 3.12 W
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16
If two resistors are connected in parallel with each other, the voltage drop across them will be the same.
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17
Figure 7-5 
In the accompanying figure, what is the value of E1?
A) 6 V
B) 9 V
C) 12 V
D) 15 V

In the accompanying figure, what is the value of E1?
A) 6 V
B) 9 V
C) 12 V
D) 15 V
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18
Figure 7-5 
In the accompanying figure, what is the value of I7?
A) 0.1 A
B) 0.2 A
C) 0.3 A
D) 0.4 A

In the accompanying figure, what is the value of I7?
A) 0.1 A
B) 0.2 A
C) 0.3 A
D) 0.4 A
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19
Figure 7-5 
In the accompanying figure, what is the value of RT?
A) 600 ohms
B) 1200 ohms
C) 2400 ohms
D) 3600 ohms

In the accompanying figure, what is the value of RT?
A) 600 ohms
B) 1200 ohms
C) 2400 ohms
D) 3600 ohms
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20
Figure 7-9 
In the accompanying figure, what is the value of I9?
A) 0.038 A
B) 0.044 A
C) 0.052 A
D) 0.066 A

In the accompanying figure, what is the value of I9?
A) 0.038 A
B) 0.044 A
C) 0.052 A
D) 0.066 A
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