R1 = 80 N RĄ : = 39 N VT = 120 V . R2 = 150 N R5 = 2 kN R6 = 1 MQ R3 = 47 N Given is a Series-Parallel Circuit or Combination Circuit, find RT or the total resistance of the circuit. Determine 12 or the current passing through R2, V6 or the voltage drop across R6. Note: kN=kiloohms, MN=megaohms.

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Author:Robert L. Boylestad
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Determine:
VT
I2
V6

R1 = 80 N
RĄ :
= 39 N
VT = 120 V .
R2 = 150 N
R5 = 2 kN
R6 = 1 MQ
R3 = 47 N
Given is a Series-Parallel Circuit or Combination Circuit, find RT
or the total resistance of the circuit. Determine 12 or the current
passing through R2, V6 or the voltage drop across R6. Note:
kN=kiloohms, MN=megaohms.
Transcribed Image Text:R1 = 80 N RĄ : = 39 N VT = 120 V . R2 = 150 N R5 = 2 kN R6 = 1 MQ R3 = 47 N Given is a Series-Parallel Circuit or Combination Circuit, find RT or the total resistance of the circuit. Determine 12 or the current passing through R2, V6 or the voltage drop across R6. Note: kN=kiloohms, MN=megaohms.
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