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3.) Again, using the Circuit Construction Kit you used in the previous question, build the following circuit. The battery voltage should be exactly E = 10 V and the resistances should be exactly 15 N and 5 1 respectively. 150 50 a.) Once the circuit is set up, look at the flow of electrons in the program. Qualitatively, how does the current through the 15 n resistor compared to the current through the 5 n resistor? Why is this so? b.) Using the Circuit Construction Kit program, measure the following quantities: Measured Current through the 15 N Resistor (1,) Measured Current through the 5 N Resistor (I2) Measured Voltage across the 15 N Resistor (V) Measured Voltage across the 5 N Resistor (V) A V V c.) Compute the equivalent resistance of this circuit from: V R = Itotal where Itotal is the sum of the currents through each resistor. Reg = d.) Compute the equivalent resistance of this circuit from: 1 1 %3D R R" R2 and compare your answer here to your answer in Part (c). Reg =

3.) Again, using the Circuit Construction Kit you used in the previous question, build the following circuit. The battery voltage should be exactly E = 10 V and the resistances should be exactly 15 N and 5 1 respectively. 150 50 a.) Once the circuit is set up, look at the flow of electrons in the program. Qualitatively, how does the current through the 15 n resistor compared to the current through the 5 n resistor? Why is this so? b.) Using the Circuit Construction Kit program, measure the following quantities: Measured Current through the 15 N Resistor (1,) Measured Current through the 5 N Resistor (I2) Measured Voltage across the 15 N Resistor (V) Measured Voltage across the 5 N Resistor (V) A V V c.) Compute the equivalent resistance of this circuit from: V R = Itotal where Itotal is the sum of the currents through each resistor. Reg = d.) Compute the equivalent resistance of this circuit from: 1 1 %3D R R" R2 and compare your answer here to your answer in Part (c). Reg =

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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3.) Again, using the Circuit Construction Kit you used in the previous question, build the following circuit. The battery voltage should be exactly E = 10 V and the resistances should be exactly 15 N and 5 N respectively. 150 50 a.) Once the circuit is set up, look at the flow of electrons in the program. Qualitatively, how does the current through the 15 N resistor compared to the current through the 5 n resistor? Why is this so? b.) Using the Circuit Construction Kit program, measure the following quantities: Measured Current through the 15 N Resistor (I,) Measured Current through the 5 N Resistor (12) Measured Voltage across the 15 N Resistor (V) Measured Voltage across the 5 N Resistor (V) A V V c.) Compute the equivalent resistance of this circuit from: V R = Itotal where Itotal is the sum of the currents through each resistor Reg = d.) Compute the equivalent resistance of this circuit from: 1 1 1 %3D R1 and compare your answer here to your answer in Part (c). Reg
Transcribed Image Text:3.) Again, using the Circuit Construction Kit you used in the previous question, build the following circuit. The battery voltage should be exactly E = 10 V and the resistances should be exactly 15 N and 5 N respectively. 150 50 a.) Once the circuit is set up, look at the flow of electrons in the program. Qualitatively, how does the current through the 15 N resistor compared to the current through the 5 n resistor? Why is this so? b.) Using the Circuit Construction Kit program, measure the following quantities: Measured Current through the 15 N Resistor (I,) Measured Current through the 5 N Resistor (12) Measured Voltage across the 15 N Resistor (V) Measured Voltage across the 5 N Resistor (V) A V V c.) Compute the equivalent resistance of this circuit from: V R = Itotal where Itotal is the sum of the currents through each resistor Reg = d.) Compute the equivalent resistance of this circuit from: 1 1 1 %3D R1 and compare your answer here to your answer in Part (c). Reg
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