I have to find the theoric part with the given equations R1wwВ1212R,R3AFigure 5.3 The electrical circuit with resistances: R1=2.2, R2=3.3 ve R3=4.7Kirchhoff sVoltage LawE=IR1+I¡R21st DirectionE=2,21+3,311Rli+R3L=02nd Direction3,311+4,712=0E (volt)Vi (volt)V2 (volt)V3 (volt)6 VExperimental 3,174 V2,82 V2,82 VTheoric

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R1 В I, R2 R3 A Figure 5.3 The electrical circuit with resistances: R1=2.2, R=3.3 ve R3=4.7 Kirchhoff s Voltage Law E=IRI+I,R2 1* Direction E=2,21+3,311 RIi+R3I=0 2nd Direction 3,311+4,712=0 ɛ (volt) Vi (volt) V2 (volt) V3 (volt) 6 V Experimental 3,174 V 2,82 V 2,82 V Theoric ww

R1 В I, R2 R3 A Figure 5.3 The electrical circuit with resistances: R1=2.2, R=3.3 ve R3=4.7 Kirchhoff s Voltage Law E=IRI+I,R2 1* Direction E=2,21+3,311 RIi+R3I=0 2nd Direction 3,311+4,712=0 ɛ (volt) Vi (volt) V2 (volt) V3 (volt) 6 V Experimental 3,174 V 2,82 V 2,82 V Theoric ww

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

I have to find the theoric part with the given equations

R1
ww
В
12
1
2
R,
R3
A
Figure 5.3 The electrical circuit with resistances: R1=2.2, R2=3.3 ve R3=4.7
Kirchhoff s
Voltage Law
E=IR1+I¡R2
1st Direction
E=2,21+3,311
Rli+R3L=0
2nd Direction
3,311+4,712=0
E (volt)
Vi (volt)
V2 (volt)
V3 (volt)
6 V
Experimental 3,174 V
2,82 V
2,82 V
Theoric

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