If R1= 5 0, R2=4 Q, R3=3 N, R4=1Q, then the power delivered to each resistor in the circuit shown in Figure respectively R2 + 18.0 V R3. R4 RI Select one: a. P1 = 11.5, P2=23, P3 =1.33, P4=4 in W O b. P1 = 12.96, P2=16.2, P3 =1.8, P4= 0.6 in W %3D O c. P1 = 16.2, P2=12.96, P3 =1.8, P4=4 in W %3D O d. P1 = 16.2, P2=12.96, P3 =0.6, P4=1.8 in W %3D O e. P1 = 23, P2=12.96, P3 =1.8, P4=0.6 in W %3D

If R1= 5 0, R2=4 Q, R3=3 N, R4=1Q, then the power delivered to each resistor in the circuit shown in Figure respectively R2 + 18.0 V R3. R4 RI Select one: a. P1 = 11.5, P2=23, P3 =1.33, P4=4 in W O b. P1 = 12.96, P2=16.2, P3 =1.8, P4= 0.6 in W %3D O c. P1 = 16.2, P2=12.96, P3 =1.8, P4=4 in W %3D O d. P1 = 16.2, P2=12.96, P3 =0.6, P4=1.8 in W %3D O e. P1 = 23, P2=12.96, P3 =1.8, P4=0.6 in W %3D

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter18: Direct-Current Circuits

Section: Chapter Questions

Problem 29P: (a) Can the circuit shown in Figure P18.29 be reduced to a single resistor connected to the...

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