Part II B: A Simple Series Circuit with Three Identical Resistors6. Build the circuit shown below with three identical resistors, four ammeters, and one battery. Record the values ofthe current (in Amperes, A) and voltage (in volts, V) at the indicated locations.AV= 9V R= 10 2= 0.3A- AV= 6 VR2= 10K2= 0.3R3= 10Ipat=0.3AKAV= 3 VAV= 0 V13= 0.37. Using the current and resistance values from the circuit diagram above, fill in the current flowing through and thevoltage across the battery. For each of the resistors, use Ohm's Law to calculate the voltage across each resistorR, R2, and R3. Fill this information into the table below.Calculated Voltage, AV(V)Current, IResistance, R(Q)Circuit Element(A)battery0.3R10.3R20.3R30.38.How does the current through each resistor (I, I2, and 13) compare to one another, and to the current flowingthrough the battery (Ibat)?9. How does the voltage across the battery (AVhat) compare to the summative voltages across each of the three resistors(AV + AV2 + AV3)?

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Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Part II B: A Simple Series Circuit with Three Identical Resistors
6. Build the circuit shown below with three identical resistors, four ammeters, and one battery. Record the values of
the current (in Amperes, A) and voltage (in volts, V) at the indicated locations.
AV= 9
V R= 10 2
= 0.3
A
- AV= 6 V
R2= 10
K2= 0.3
R3= 10
Ipat=0.3
A
KAV= 3 V
AV= 0 V
13= 0.3
7. Using the current and resistance values from the circuit diagram above, fill in the current flowing through and the
voltage across the battery. For each of the resistors, use Ohm's Law to calculate the voltage across each resistor
R, R2, and R3. Fill this information into the table below.
Calculated Voltage, AV
(V)
Current, I
Resistance, R
(Q)
Circuit Element
(A)
battery
0.3
R1
0.3
R2
0.3
R3
0.3
8.
How does the current through each resistor (I, I2, and 13) compare to one another, and to the current flowing
through the battery (Ibat)?
9. How does the voltage across the battery (AVhat) compare to the summative voltages across each of the three resistors
(AV + AV2 + AV3)?

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Current is said to flow in a closed circuit when a potential is applied across the ends of a resistor. A resistor is an electrical element that provides means of obstruction to the path of current. The phenomenon is called resistance. The relation between resistance, current and voltage is given by the equation V=I*R known as Ohm's Law.

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