Electrical Principles Part B: Superposition Principle Objective: - To build and make measurements on circuits with more than one voltage source. - To find out whether the superposition principle correctly predicts currents and voltages in such circuits. - To find out whether Kirchhoff's laws apply to such circuits. Exercise 1 1. Use the superposition principle to calculate the values in the circuit below. Enter these values in table B. Then build the circuit and measure the quantities. Record your measured. values, along with percentage errors. Table B V1 V2 V3 11 12 13 560 ohms R1 Calculated R2 Circult 58/00 700 13.9 0+0089A19° 1.2k ohms 2.2k ohms R3 43 Measured 84208 A3.28 3.15 0-0027A139 142 7V 2 % error 1,1. 3-9 3,0 3-9 3982208 +179 0·1 £345013 -0.03 1. Based on your data for Circuit 1, is Kirchhoff's Voltage Law satisfied in circuits having more than one voltage source? Explain how this law either is or is not satisfied in your circuit. As part of your answer, show your calculations, and discuss the percentage error between your calculated and measured values.
Electrical Principles Part B: Superposition Principle Objective: - To build and make measurements on circuits with more than one voltage source. - To find out whether the superposition principle correctly predicts currents and voltages in such circuits. - To find out whether Kirchhoff's laws apply to such circuits. Exercise 1 1. Use the superposition principle to calculate the values in the circuit below. Enter these values in table B. Then build the circuit and measure the quantities. Record your measured. values, along with percentage errors. Table B V1 V2 V3 11 12 13 560 ohms R1 Calculated R2 Circult 58/00 700 13.9 0+0089A19° 1.2k ohms 2.2k ohms R3 43 Measured 84208 A3.28 3.15 0-0027A139 142 7V 2 % error 1,1. 3-9 3,0 3-9 3982208 +179 0·1 £345013 -0.03 1. Based on your data for Circuit 1, is Kirchhoff's Voltage Law satisfied in circuits having more than one voltage source? Explain how this law either is or is not satisfied in your circuit. As part of your answer, show your calculations, and discuss the percentage error between your calculated and measured values.
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Write a lab report
![such circuits.
- To find out whether Kirchhoff's laws apply to such circuits.
Electrical Principles
Part B: Superposition Principle
Objective:
-To build and make measurements on circuits with more than one voltage source.
- To find out whether the superposition principle correctly predicts currents and voltages in
Exercise 1
Table B
1. Use the superposition principle to calculate the values in the circuit below. Enter these
values in table B. Then build the circuit and measure the quantities. Record your measured
values, along with percentage errors.
f
V1
V2
V3
11
12
13
5V
560 ohms
Calculated
R2
1.2k ohms
Circuit 1
saldo
700
13.9
0+0089A19°
mp
Measured
1.8
84208 A3.28 3.15
0-0027A/39 142
and y
acco
7V 2
% error
3-9
1,1.
3,0 3-9
3982208
+679 0.1
£35043
-20.03
1. Based on your data for Circuit 1, is Kirchhoff's Voltage Law satisfied in circuits having
more than one voltage source? Explain how this law either is or is not satisfied in your
circuit. As part of your answer, show your calculations, and discuss the percentage error
between your calculated and measured values.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc04f2718-9683-4601-9bec-81bc50522427%2F7c6f9cfa-5a53-4c3f-a13e-513f2cbbad89%2Fpgk8ay4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:such circuits.
- To find out whether Kirchhoff's laws apply to such circuits.
Electrical Principles
Part B: Superposition Principle
Objective:
-To build and make measurements on circuits with more than one voltage source.
- To find out whether the superposition principle correctly predicts currents and voltages in
Exercise 1
Table B
1. Use the superposition principle to calculate the values in the circuit below. Enter these
values in table B. Then build the circuit and measure the quantities. Record your measured
values, along with percentage errors.
f
V1
V2
V3
11
12
13
5V
560 ohms
Calculated
R2
1.2k ohms
Circuit 1
saldo
700
13.9
0+0089A19°
mp
Measured
1.8
84208 A3.28 3.15
0-0027A/39 142
and y
acco
7V 2
% error
3-9
1,1.
3,0 3-9
3982208
+679 0.1
£35043
-20.03
1. Based on your data for Circuit 1, is Kirchhoff's Voltage Law satisfied in circuits having
more than one voltage source? Explain how this law either is or is not satisfied in your
circuit. As part of your answer, show your calculations, and discuss the percentage error
between your calculated and measured values.
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VIEWStep 2: Find the calculated values of the parameters when the source 5 V alone acts.
VIEWStep 3: Find the calculated values of the parameters when the source 7 V alone acts.
VIEWStep 4: Find the calculated values of the parameters by the superposition theorem.
VIEWStep 5: Verify the KVL.
VIEWStep 6: Find the percentage error.
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