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Circuit connection for minimum current delivered by a 30V DC source: Parallel Assigned resistance values: R1 = 25 Q, R; = 50 N, R3 = 75 n Table 6.2 R R3 Data Simulated Data Simulated i Simulated V R i = 1.2 A V;= 30V i +i, +i;= 2.2A i, =600mA V; = 30V i = 400mA V; = 30V i-= 2.2A |V;= 30 V Computed Data 30V %3D R iz=2.2 A 30V 30V iz = Computed i 25 R 50 75 = 1.2 A is + i, + i, = 2.2 P;= 30 x 1. 2 = 36 W = 0.6 A = 0.4 A Computed Power, P P7 = P2= 30 x 0.06 = 18 P3 = 30 x = 12 P; = 66 W %3D P; + P; + P, = 66W

Circuit connection for minimum current delivered by a 30V DC source: Parallel Assigned resistance values: R1 = 25 Q, R; = 50 N, R3 = 75 n Table 6.2 R R3 Data Simulated Data Simulated i Simulated V R i = 1.2 A V;= 30V i +i, +i;= 2.2A i, =600mA V; = 30V i = 400mA V; = 30V i-= 2.2A |V;= 30 V Computed Data 30V %3D R iz=2.2 A 30V 30V iz = Computed i 25 R 50 75 = 1.2 A is + i, + i, = 2.2 P;= 30 x 1. 2 = 36 W = 0.6 A = 0.4 A Computed Power, P P7 = P2= 30 x 0.06 = 18 P3 = 30 x = 12 P; = 66 W %3D P; + P; + P, = 66W

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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Circuit connection for minimum current delivered by a 30V DC source: Parallel Assigned resistance values: R1 = 25 Q, R; = 50 N, R; = 75 . Table 6.2 R Data R R3 Simulated Data i = 1.2 A |V; = 30V i +i, +i;= 2.2A iz =600mA V = 30V i; = 400mA V; = 30V i= 2.2A V;= 30 V Simulated i Simulated V Computed Data 30V 30V V 30V iz=2.2 A Computed i 25 R 50 75 = 1.2 A 4+ i, + i; = 2.2 P:= 30 x 1.2 = 0.6 A = 0.4 A %3D Computed Power, P P = P2= 30 x 0.06 = 18 P; = 30 x = 12 P, = 66 W = 36 W P + P; + P; = 66W
Transcribed Image Text:Circuit connection for minimum current delivered by a 30V DC source: Parallel Assigned resistance values: R1 = 25 Q, R; = 50 N, R; = 75 . Table 6.2 R Data R R3 Simulated Data i = 1.2 A |V; = 30V i +i, +i;= 2.2A iz =600mA V = 30V i; = 400mA V; = 30V i= 2.2A V;= 30 V Simulated i Simulated V Computed Data 30V 30V V 30V iz=2.2 A Computed i 25 R 50 75 = 1.2 A 4+ i, + i; = 2.2 P:= 30 x 1.2 = 0.6 A = 0.4 A %3D Computed Power, P P = P2= 30 x 0.06 = 18 P; = 30 x = 12 P, = 66 W = 36 W P + P; + P; = 66W
v 30.000V v 30.000V v 30.000V 1.2000A i 600.00mA i 400.00mA R1 R2 R3 V1 30V 250 500 750 v 30.000V i 3.0000A v 30.000V i 3.0000A v 30.000V i 3.0000A R1 R2 R3 V1 100 100 100 30V
Transcribed Image Text:v 30.000V v 30.000V v 30.000V 1.2000A i 600.00mA i 400.00mA R1 R2 R3 V1 30V 250 500 750 v 30.000V i 3.0000A v 30.000V i 3.0000A v 30.000V i 3.0000A R1 R2 R3 V1 100 100 100 30V
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