This question centers around two ways to model a load attached to a source. In both of the figures below, the source is the circuit comprising the 240V voltage source and the 25K and 75K resistors. 25 ΚΩ a 240 V 240 V +1 +1 25 ΚΩ m 2 i a 75 ΚΩ b · 75 ΚΩ b' Figure 1 + 30 ΚΩ m 30 ΚΩ 7.5 × 10¹i Figure 2 A. In Figure 1, suppose we connect (short) a to a' and b to b'. Calculate v.. B. As an alternative, calculate v, if the load is connected to the source as in Figure 2. C. Comment on the differences between your answers to parts A and B. 120 ΚΩ • 120 ΚΩ m + Vo + Vo

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This question centers around two ways to model a load attached to a source. In both of the figures below, the source is
the circuit comprising the 240V voltage source and the 25K and 75K resistors.
25 ΚΩ
30 ΚΩ
a
240 V
240 V
+1
+1
25 ΚΩ
m
2
i
a
75 ΚΩ
b
b'
Figure 1
30 ΚΩ
120 ΚΩ
≥75k17 7.5 × 104 1201
ΚΩ
+
ΚΩ
Figure 2
A. In Figure 1, suppose we connect (short) a to a' and b to b'. Calculate v..
B. As an alternative, calculate v, if the load is connected to the source as in Figure 2.
C. Comment on the differences between your answers to parts A and B.
+
Vo
+
Vo
Transcribed Image Text:This question centers around two ways to model a load attached to a source. In both of the figures below, the source is the circuit comprising the 240V voltage source and the 25K and 75K resistors. 25 ΚΩ 30 ΚΩ a 240 V 240 V +1 +1 25 ΚΩ m 2 i a 75 ΚΩ b b' Figure 1 30 ΚΩ 120 ΚΩ ≥75k17 7.5 × 104 1201 ΚΩ + ΚΩ Figure 2 A. In Figure 1, suppose we connect (short) a to a' and b to b'. Calculate v.. B. As an alternative, calculate v, if the load is connected to the source as in Figure 2. C. Comment on the differences between your answers to parts A and B. + Vo + Vo
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