EQUIVALENT CIRCUIT RESISTANCE (Design Experiment Procedure) Resistor connection for maximum resistance Table 5.2 Resistance R12 Ra Ru R' combination 30v 30v 133.33x10A 30v 30V 30v Simulator 171.43x10A 240x10A 200. x10A IA values 225.00562512 = 1252 = 1502 = 302 171.99854172 Computed values 500+752+100 502+752 = 750+1002 = 1002+502 = 102+102+10 요=D 2252 1252 1752 1502 = 302 PRA i 133.33mA PR1 v 30.000v R1 av 23.333V v1 R2 750 Pv 13.333VV 30V R3 1000 QUESTION: What is/are your observations regarding the value of the equivalent resistance of a. number.of resistors connected in this manner? Hil-

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EQUIVALENT CIRCUIT RESISTANCE
(Design Experiment Procedure)
Resistor connection for maximum resistance
Table 5.2
Resistance
R123
R12
R23
R1
R'
combination
30v
30v
133.33x10A
30V
30V
30v
Simulator
240x10A
171.43x10A
200. x10A
IA
values
225.00562512
= 1252
= 1502
= 302
171.99854172
Computed
values
500+752+100
502+752 =
752+1002 =
1002+502 =
10Ω+10Ω+10
2 = 2252
1252
1752
1502
= 302
PRAI 133.33mA
v 30.000v
R1
v 23.333V
V1
R2
30V
759
v 13.333V
R3
1000
QUESTION: What is/are your observations regarding the value of the equivalent resistance of a.
number of resistors connected in this manner?
Hil-
Transcribed Image Text:EQUIVALENT CIRCUIT RESISTANCE (Design Experiment Procedure) Resistor connection for maximum resistance Table 5.2 Resistance R123 R12 R23 R1 R' combination 30v 30v 133.33x10A 30V 30V 30v Simulator 240x10A 171.43x10A 200. x10A IA values 225.00562512 = 1252 = 1502 = 302 171.99854172 Computed values 500+752+100 502+752 = 752+1002 = 1002+502 = 10Ω+10Ω+10 2 = 2252 1252 1752 1502 = 302 PRAI 133.33mA v 30.000v R1 v 23.333V V1 R2 30V 759 v 13.333V R3 1000 QUESTION: What is/are your observations regarding the value of the equivalent resistance of a. number of resistors connected in this manner? Hil-
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