150, and V = 10V. fll2.) For the following circuit, R, = 50, R2 = 100, R3out the VIPR chart:R23R123R2R3R1V.R1R3R2

Resistance R23 1R23=1R2+1R3R23=R2R3R2+R3=10 Ω15 Ω10 Ω+15 Ω=6 ΩResistance R123 R123=R1+R23=5 Ω+6 Ω=11 ΩCurrent in R123 V=I123R123I123=VR123=10 V11 Ω=0.91 AVoltage across parallel circuit elements is the same I2=VR2=10 V10 Ω=1 AI3=VR3=10 V15 Ω=0.67 AI23=VR23=10 V6 Ω=1.67 A≈1.7 AUsing Kirchhoff’s junction rule I1=I23=1.67 A≈1.7 AV1=I1R1=1.67 A5 Ω=8.35 VPower P=IVP1=1.67 A8.35 V=13.9 W≈14 WP2=1 A10 V=10 WP3=0.67 A10 V=6.7 WP23=1.67 A10 V=16.7 W≈17 WP123=0.91 A10 V=9.1 WTable Quantity R1 R2 R3 R23 R123 V (V) 8.35 10 10 10 10 I (A) 1.7 1 0.67 1.7 0.91 P (W) 14 10 6.7 17 9.1 R (Ω) 5 10 15 6 11

Answered: 150, and V = 10V. fill 2.) For the…

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150, and V = 10V. fill 2.) For the following circuit, R = 5N, R2 = 100, R3 out the VIPR chart: R1 R2 R3 R23 R123 V V R R1 R3 R2

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Question

150, and V = 10V. fll
2.) For the following circuit, R, = 50, R2 = 100, R3
out the VIPR chart:
R23
R123
R2
R3
R1
V.
R1
R3
R2

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