Table 2(Resistors in parallel) (2V) ¡ex(A) 0.2151 R(Q) Vex(V) 8.6 2.009 Req 100 10 0.1629 1.892 1000 100 0.0137 1.889 2000 200 0.0094 1.770 4. Using the equations for resistors in parallel calculate the theoretical voltages, and currents for each of the resistors, and the entire circuit. Use the measured values of the resistance in your calculations. Then calculate the % errors. Show work ith(A) Vth(V) % Error i % Error V

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R1
R2
R3
Transcribed Image Text:R1 R2 R3
Table 2(Resistors in parallel) (2V)
R(Q)
iex(A)
Vex(V)
8.6
0.2151
2.009
10
0.1629
1.892
100
0.0137
1.889
200Ω
200
0.0094
1.770
4. Using the equations for resistors in parallel calculate the theoretical voltages, and
currents for each of the resistors, and the entire circuit. Use the measured values of the
resistance in your calculations. Then calculate the % errors. Show work
Req
1002
100Ω
ith(A)
Vth(V) % Error i
% Error V
Transcribed Image Text:Table 2(Resistors in parallel) (2V) R(Q) iex(A) Vex(V) 8.6 0.2151 2.009 10 0.1629 1.892 100 0.0137 1.889 200Ω 200 0.0094 1.770 4. Using the equations for resistors in parallel calculate the theoretical voltages, and currents for each of the resistors, and the entire circuit. Use the measured values of the resistance in your calculations. Then calculate the % errors. Show work Req 1002 100Ω ith(A) Vth(V) % Error i % Error V
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