5. Remove the 20V dc source by "shorting" the terminals in the circuit as shown in the diagram figure 8.3. R1 R4 A, A2 VA) A'3 VS2 R3 (V3 R2 R5

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Measure the currents I1’’, I2’’ and I3’’ and the voltage across each resistor V1’’, V2’’, V3’’, V4’’ & V5’’ from figure 8.3 and record the readings on Table 8.3 under the “off-on” condition. Take note of the polarities of the responses.

Please provide a COMPLETE and CLEAR solution also write legibly.

Table 8.3 "OFF-ON" Condition
Current
Voltage
Calculated (V)
Across
resistors
Measured
Calculated
Measured
Reading
(A)
(A)
Reading
(V)
V1"
I" =
1" =
V2"
V3'
l2" =
12" =
V4"
13" =
13" =
Vs"
Transcribed Image Text:Table 8.3 "OFF-ON" Condition Current Voltage Calculated (V) Across resistors Measured Calculated Measured Reading (A) (A) Reading (V) V1" I" = 1" = V2" V3' l2" = 12" = V4" 13" = 13" = Vs"
5. Remove the 20V dc source by "shorting" the terminals in the circuit as shown in the
diagram figure 8.3.
R
A")
A'2
A'3
--)
VS2
R3
V3
---
R2
R5
V2
Figure 8.3
Resistor Values:
Supply Voltages:
R1 = 6 ohms
R2 = 10 ohms
R3 = 4 ohms
R4 = 6 ohms
R5 = 12 ohms
Vs2= 15 volts
Formula:
I1 = 1' + 1;"
I2= l2' + l2"
I3 = l3' + I3"
V1 = Vi' + Vi"
V2 = V2' + V2"
V3 = V3' + V3"
V4 = V4' + V4"
V1 = Vs' + Vs"
Transcribed Image Text:5. Remove the 20V dc source by "shorting" the terminals in the circuit as shown in the diagram figure 8.3. R A") A'2 A'3 --) VS2 R3 V3 --- R2 R5 V2 Figure 8.3 Resistor Values: Supply Voltages: R1 = 6 ohms R2 = 10 ohms R3 = 4 ohms R4 = 6 ohms R5 = 12 ohms Vs2= 15 volts Formula: I1 = 1' + 1;" I2= l2' + l2" I3 = l3' + I3" V1 = Vi' + Vi" V2 = V2' + V2" V3 = V3' + V3" V4 = V4' + V4" V1 = Vs' + Vs"
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