Please answer these guide questions based on the table.What can you say about the current (I) values across each individual resistor?What happens to the measured voltage (V) across each individual resistor?Compare the theoretical and measured values for the resistances (R) of each individual resistor and the corresponding voltage (V) across them.Explain the differences between theoretical and measured values referred to above?Compare the voltage of Source 1 to the sum of V1 and V2. Explain.Compare the voltage of Source 2 to the sum of V4 and V5. Explain.*Write a conclusion: Table 1. Theoretical and Measured ValuesNominalValue*%ResistorR'VV'II'error,error,Verror, I11200 21190 20.537 V0.52 V0.448 mA0.436 mA-0.833-3.166-2.682.4700 24640 24.460 V4.46 V0.949 mA0.961 mA-1.2761.26435000 24910 22.500 V2.5 V0.500 mA0.509 mA-1.8001.86800 2 6690 23300 2 3247246.963 V6.94 V1.024 mA0.992 mA-1.618-0.330-3.1255.032 V5.02 V-0.2381.525 mA1.546 mA-1.6061.377Note:• *Nominal value is the Theoretical value for R.• R'is the measured resistance value.• Vis the theoretical voltage across each resistor.V' is the measured voltage value across each resistor.• I is the theoretical current passing through each resistor. Calculated using the theoreticalV and R values.• I is the measured current passing through each resistor. Calculated using measured Vand R values.• % error (R, v, 1) shows the deviation between the theoretical values and actualmeasurements for the corresponding R, V, and I.

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Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter29: Direct Current (dc) Circuits

Section: Chapter Questions

Problem 64PQ: Ralph has three resistors, R1, R2, and R3, connected in series. When connected to an ideal emf...

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Please answer these guide questions based on the table.

What can you say about the current (I) values across each individual resistor?
What happens to the measured voltage (V) across each individual resistor?
Compare the theoretical and measured values for the resistances (R) of each individual resistor and the corresponding voltage (V) across them.
Explain the differences between theoretical and measured values referred to above?
Compare the voltage of Source 1 to the sum of V₁ and V₂. Explain.
Compare the voltage of Source 2 to the sum of V₄ and V₅. Explain.

*Write a conclusion:

Table 1. Theoretical and Measured Values
Nominal
Value*
%
Resistor
R'
V
V'
I
I'
error,
error,
V
error, I
1
1200 2
1190 2
0.537 V
0.52 V
0.448 mA
0.436 mA
-0.833
-3.166
-2.68
2.
4700 2
4640 2
4.460 V
4.46 V
0.949 mA
0.961 mA
-1.276
1.264
3
5000 2
4910 2
2.500 V
2.5 V
0.500 mA
0.509 mA
-1.800
1.8
6800 2 6690 2
3300 2 32472
4
6.963 V
6.94 V
1.024 mA
0.992 mA
-1.618
-0.330
-3.125
5.032 V
5.02 V
-0.238
1.525 mA
1.546 mA
-1.606
1.377
Note:
• *Nominal value is the Theoretical value for R.
• R'is the measured resistance value.
• Vis the theoretical voltage across each resistor.
V' is the measured voltage value across each resistor.
• I is the theoretical current passing through each resistor. Calculated using the theoretical
V and R values.
• I is the measured current passing through each resistor. Calculated using measured V
and R values.
• % error (R, v, 1) shows the deviation between the theoretical values and actual
measurements for the corresponding R, V, and I.

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