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Depending on figure 2, calculate the equivalent delta connection resistances Rab, Rac, and Rbc from those of the star connection (i.c. Ra, Rb, and Rc) using the rules given in table 1. Rab Is Rab value you just obtained the same as Rab value in the circuit of figure 2? Rac Is Rac value you just obtained the same as Rac in the circuit of igure 2? Rbc Is Rbe value you just obtained the same as Rbc in the circuit of figure 2?

Depending on figure 2, calculate the equivalent delta connection resistances Rab, Rac, and Rbc from those of the star connection (i.c. Ra, Rb, and Rc) using the rules given in table 1. Rab Is Rab value you just obtained the same as Rab value in the circuit of figure 2? Rac Is Rac value you just obtained the same as Rac in the circuit of igure 2? Rbc Is Rbe value you just obtained the same as Rbc in the circuit of figure 2?

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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Find(2) 2 Depending on figure 2, calculate the equivalent delta connection resistances Rab, Rac, and Rbc from those of the star connection (i.c. Ra, Rb, and Rc) using the rules given in table 1. Rab Is Rab value you just obtained the same as Rab value in the circuit of figure 2? Rac Is Rac value you just obtained the same as Rac in the circuit of igure 2? Rbc Is Rbe value you just obtained the same as Rbc in the circuit of figure 2?
Rac Tiov Experiment (practical) circut Figure 2: Practical circuit. Rab 7Rac Tiov Delta connection experiment Star connection experiment Figure 3: Delta connection experiment. Figure 4: Star connection experiment. Table 2: Experiment (practical) results Results obtained from the experiment (Reter to the axperiment video for thase values) Delta connection results Star connection results Ja-19.5mA la-19.3mA Ib-18.8mA Ib-18mA le-lma le-0.9mA VRnb-15.2V VRab-15.5V VRac-54V VRhe-10.6V VRac-5.09 VRbe=10.6V Calculations and discussion 1- Depending on figure 2, calculate the equivalent star connection resistances Ra, Rb, and Re from those of the delta connection (i.e. Rab, Rac, and Rbc) using the rules given in table 1. Ra= Is Ra value you just obtained the same as Ra value in the circuit of figure 2? . Rb= Is Rb value you just obtained the same as Rb value in the cireuit of figure 2? .. . . Re Is Re value you just obtained the same as Re value in the circuit of figure 2? . 2- Depending on figure 2, calculate the equivalent delta connection resistances Rab, Rac, and Rhc from t the star connection (i.e. Ra, Rb, and Rc) using the rules given in table 1. se of Rab Rah I Rab value you just obtained the same as Rab value in the circuit of figure 2? . Rac Is Rac value you just obtained the same as Rac in the circuit of figure 2? . Rbc= Is Rbc value you just obtained the same as Rbc in the circuit of figure 2? . 3- Calculate the voltages across each resistor for both connections and determine the current that passes in each resistor for both connections and compare the results with the measured values.
Transcribed Image Text:Rac Tiov Experiment (practical) circut Figure 2: Practical circuit. Rab 7Rac Tiov Delta connection experiment Star connection experiment Figure 3: Delta connection experiment. Figure 4: Star connection experiment. Table 2: Experiment (practical) results Results obtained from the experiment (Reter to the axperiment video for thase values) Delta connection results Star connection results Ja-19.5mA la-19.3mA Ib-18.8mA Ib-18mA le-lma le-0.9mA VRnb-15.2V VRab-15.5V VRac-54V VRhe-10.6V VRac-5.09 VRbe=10.6V Calculations and discussion 1- Depending on figure 2, calculate the equivalent star connection resistances Ra, Rb, and Re from those of the delta connection (i.e. Rab, Rac, and Rbc) using the rules given in table 1. Ra= Is Ra value you just obtained the same as Ra value in the circuit of figure 2? . Rb= Is Rb value you just obtained the same as Rb value in the cireuit of figure 2? .. . . Re Is Re value you just obtained the same as Re value in the circuit of figure 2? . 2- Depending on figure 2, calculate the equivalent delta connection resistances Rab, Rac, and Rhc from t the star connection (i.e. Ra, Rb, and Rc) using the rules given in table 1. se of Rab Rah I Rab value you just obtained the same as Rab value in the circuit of figure 2? . Rac Is Rac value you just obtained the same as Rac in the circuit of figure 2? . Rbc= Is Rbc value you just obtained the same as Rbc in the circuit of figure 2? . 3- Calculate the voltages across each resistor for both connections and determine the current that passes in each resistor for both connections and compare the results with the measured values.
41 B/s ll , O DS experiment. -> Experiment No. 3 Star/Delta and Delta/Star Conversions Delta and Star connections definition and conversion rules: Table -1- Delta - Star and Star-Delta Conversion rules Conversien from Delita to Star Conversion from Star to Delta Rac Rab Rac +Rbc+Rab Ra Rc Ra Rac = Ra+Rc+ Rab Rbc Rab Rac +Rbc+Rab Rb Rc Rb Rbc = Rc+Rb+ Ra Rha Rb= Rc Rac Rbc Rac +Rbc+Rab Ra Rb Rab = Rb+Ra+Be Rc Figure 1: Delta and Star connections Experiment (Practical) part and results obtained: Rab Rac Tiov Experiment (practical) circuit Figure 2: Practical circuit. Rab Rab 7Rac Tiov hov Deita connection eperiment Star connection-experiment Figure 3: Delta connection experiment. Figure 4: Star connection experiment. Table 2: Experiment (practical) results Results obtained from the experiment (Refer to the experiment video for thase valuer) Delta connection results Star connection results la-19.5m/A la=19.3mA Ib-18,8mA Ib-18mA le-ImA le-0.9mA VRab-15.2V VRab-15.5V VRac-54V VRac-509V VRhe-10.6V VRbe-10.6V Calculations and discussion 1- Depending on figure 2, calculate the equivalent star connection resistances Ra. Rb, and Re from those of the delta connection (1.e. Rab. Rac, and Rbe) using the rules given in table 1. Ra= Is Ra value you just obtained the same as Ra value in the circuit of figure 2? . Rb= e you just obtained the same as Rb value in the circuit of figure 2? .. e you just obtained the same as Rc value in the circuit of figure 2? .. 2. Denendine nn fiaue ? caleulate the ecmivalent delta eonnectinn resistances Rah Rac and Rhe fom those of
Transcribed Image Text:41 B/s ll , O DS experiment. -> Experiment No. 3 Star/Delta and Delta/Star Conversions Delta and Star connections definition and conversion rules: Table -1- Delta - Star and Star-Delta Conversion rules Conversien from Delita to Star Conversion from Star to Delta Rac Rab Rac +Rbc+Rab Ra Rc Ra Rac = Ra+Rc+ Rab Rbc Rab Rac +Rbc+Rab Rb Rc Rb Rbc = Rc+Rb+ Ra Rha Rb= Rc Rac Rbc Rac +Rbc+Rab Ra Rb Rab = Rb+Ra+Be Rc Figure 1: Delta and Star connections Experiment (Practical) part and results obtained: Rab Rac Tiov Experiment (practical) circuit Figure 2: Practical circuit. Rab Rab 7Rac Tiov hov Deita connection eperiment Star connection-experiment Figure 3: Delta connection experiment. Figure 4: Star connection experiment. Table 2: Experiment (practical) results Results obtained from the experiment (Refer to the experiment video for thase valuer) Delta connection results Star connection results la-19.5m/A la=19.3mA Ib-18,8mA Ib-18mA le-ImA le-0.9mA VRab-15.2V VRab-15.5V VRac-54V VRac-509V VRhe-10.6V VRbe-10.6V Calculations and discussion 1- Depending on figure 2, calculate the equivalent star connection resistances Ra. Rb, and Re from those of the delta connection (1.e. Rab. Rac, and Rbe) using the rules given in table 1. Ra= Is Ra value you just obtained the same as Ra value in the circuit of figure 2? . Rb= e you just obtained the same as Rb value in the circuit of figure 2? .. e you just obtained the same as Rc value in the circuit of figure 2? .. 2. Denendine nn fiaue ? caleulate the ecmivalent delta eonnectinn resistances Rah Rac and Rhe fom those of
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