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1. Connect the two-loop circuit as illustrated in Fig. 1, with three variable boxes and two DC supplies. Choose the following values for the resistors and the power supplies: R3 = 700 , R, = 1000.2, R2 = 800 2, ɛj=6 V and ɛ2=12 V. Record these values in Table 1. 2. After the circuit has been checked, close the switches 3. Measure the currents I3,1,1, through resistors and the voltage V3,V1,V½ across each resistor of the circuit. Record these values in Data Table 1. Assuming that only one ammeter will be used, currents through the resistors will be measured one at a time by placing the ammeter in series with the resistor. After the ammeter has been connected, turn on the power supplies and record current.

1. Connect the two-loop circuit as illustrated in Fig. 1, with three variable boxes and two DC supplies. Choose the following values for the resistors and the power supplies: R3 = 700 , R, = 1000.2, R2 = 800 2, ɛj=6 V and ɛ2=12 V. Record these values in Table 1. 2. After the circuit has been checked, close the switches 3. Measure the currents I3,1,1, through resistors and the voltage V3,V1,V½ across each resistor of the circuit. Record these values in Data Table 1. Assuming that only one ammeter will be used, currents through the resistors will be measured one at a time by placing the ammeter in series with the resistor. After the ammeter has been connected, turn on the power supplies and record current.

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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RUN 1 1. Connect the two-loop circuit as illustrated in Fig. 1, with three variable boxes and two DC supplies. Choose the following values for the resistors and the power supplies: R3 = 700 Q, R, = 1000.2, R2 = 800 2, ɛj=6 V and ɛ2=12 V. Record these values in Table 1. 2. After the circuit has been checked, close the switches 3. Measure the currents I3,I,1, through resistors and the voltage V3,V, ,V½ across each resistor of the circuit. Record these values in Data Table 1. Assuming that only one ammeter will be used, currents through the resistors will be measured one at a time by placing the ammeter in series with the resistor. After the ammeter has been connected, turn on the power supplies and record current.
Transcribed Image Text:RUN 1 1. Connect the two-loop circuit as illustrated in Fig. 1, with three variable boxes and two DC supplies. Choose the following values for the resistors and the power supplies: R3 = 700 Q, R, = 1000.2, R2 = 800 2, ɛj=6 V and ɛ2=12 V. Record these values in Table 1. 2. After the circuit has been checked, close the switches 3. Measure the currents I3,I,1, through resistors and the voltage V3,V, ,V½ across each resistor of the circuit. Record these values in Data Table 1. Assuming that only one ammeter will be used, currents through the resistors will be measured one at a time by placing the ammeter in series with the resistor. After the ammeter has been connected, turn on the power supplies and record current.
€1=6 V €2= 12 v %Error between %Error Current from current from Experimental current (mA) Resistance Q Theoretical for Voltages cross the R1, R2, R3 from ohm's Ohms' law current resistors electric and (mA) current (Experiment) law Theoretical value RUN I R1= 1000 1(Exp)=2.53 1(th)= V1(Exp)=2.58 V a(Ohm)= R2=800 12(Exp)=2.5 I2(th)=D V2(EXP)=D4.31 V 2(Ohm)= R3=700 13(Exp)=5.14 Ia(th)= V3(EXP)=1.82 V I3(Ohm)= S R, 82 I2 R3 L2 Fig. 1: Schematic for Kirchhoff's Circuit. Two-loop Circuit
Transcribed Image Text:€1=6 V €2= 12 v %Error between %Error Current from current from Experimental current (mA) Resistance Q Theoretical for Voltages cross the R1, R2, R3 from ohm's Ohms' law current resistors electric and (mA) current (Experiment) law Theoretical value RUN I R1= 1000 1(Exp)=2.53 1(th)= V1(Exp)=2.58 V a(Ohm)= R2=800 12(Exp)=2.5 I2(th)=D V2(EXP)=D4.31 V 2(Ohm)= R3=700 13(Exp)=5.14 Ia(th)= V3(EXP)=1.82 V I3(Ohm)= S R, 82 I2 R3 L2 Fig. 1: Schematic for Kirchhoff's Circuit. Two-loop Circuit
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