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Circuit Theorems And Conversions
Circuit Theorems And Conversions
Exercise: Circuit Theorems And Conversions
📂 Circuit Theorems And Conversions
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Questions for: Circuit Theorems And Conversions
A 120
load is connected across a voltage source with
V
S
= 12 V and
R
S
= 8
. The voltage across the load is
A:
11.25 V
B:
0 V
C:
12 V
D:
1.13 V
Answer:
A
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Find the Norton circuit, that is,
I
IN
and
R
N
, for the circuit given below.
A:
478 mA, 12.8
B:
750 mA, 12.8
C:
478 mA, 6.8
D:
750 mA, 6.8
Answer:
A
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A 120
load is connected across an ideal voltage source with
V
S
= 12 V. The voltage across the load
A:
is 0 V
B:
is 12 V
C:
is 120 V
D:
cannot be determined
Answer:
B
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A certain voltage source has the values
V
S
= 30 V and
R
S
= 6
. The values for an equivalent current source are
A:
5 A, 6
B:
30 A, 6
C:
5 A, 30
D:
30 A, 5
Answer:
A
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An 18 V source has an internal resistance of 70
. If a load resistance of 33
is connected to the voltage source, the load power,
P
L
, is
A:
0 W
B:
1 W
C:
175 mW
D:
18 mW
Answer:
B
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