With vs = 12V, a. calculate the voltages v4 and v5 in Figure 1. b. calculate the currents going through R and R5 (IŔ and Iç) in Figure 1. c. calculate the dissipated power in R4 and R₁ (PR₁ and PR) in Figure 1. Table A: Figure 1 circuit values IR₂ (mA) IRS (MA) V4 (V) V5 (V) PRA (MW) PR5 (MW)

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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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 (Ohms)

R1 = 1k
R2 = 4.3k
R3 = 10k
R4 = 12k
R5 = 15k
R6 = 18k

With vs = 12V,
a. calculate the voltages v4 and v5 in Figure 1.
b. calculate the currents going through R4 and RÃ (IR and IÂ) in Figure 1.
c. calculate the dissipated power in R4 and R5 (PR₁ and PR5) in Figure 1.
Table A: Figure 1 circuit values
IRS (MA)
V4 (V)
V5 (V)
IR (MA)
14
PR₂ (MW)
PRÇ (mW)
Transcribed Image Text:With vs = 12V, a. calculate the voltages v4 and v5 in Figure 1. b. calculate the currents going through R4 and RÃ (IR and IÂ) in Figure 1. c. calculate the dissipated power in R4 and R5 (PR₁ and PR5) in Figure 1. Table A: Figure 1 circuit values IRS (MA) V4 (V) V5 (V) IR (MA) 14 PR₂ (MW) PRÇ (mW)
Vs
+
R₁
www
R3
www
++
W
RA
R₂
www
www
R6
Figure 1 Resistive Network
+
NS
R5
Transcribed Image Text:Vs + R₁ www R3 www ++ W RA R₂ www www R6 Figure 1 Resistive Network + NS R5
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