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4) Vsupply in figure (4) is 150 Volts. The resistors have the following relations; R₂ = 2* R₁, R3 = 3* R₁, R4 = 4* R₁, R5 = 5* R₁. Determine the voltage drops across each resistor. If R5 =5KQ, what will be the current for the circuit? Calculate power for each resistor. R₁ R₂

4) Vsupply in figure (4) is 150 Volts. The resistors have the following relations; R₂ = 2* R₁, R3 = 3* R₁, R4 = 4* R₁, R5 = 5* R₁. Determine the voltage drops across each resistor. If R5 =5KQ, what will be the current for the circuit? Calculate power for each resistor. R₁ R₂

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
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Name: HW#2 EET-203, Basic Electricity 4) Vsupply in figure (4) is 150 Volts. The resistors have the following relations; R₂ = 2* R₁, R₂ = 3* R₁, R₂ = 4* R₁, R5 = 5* R₁. Determine the voltage drops across each resistor. If R5 =5KQ, what will be the current for the circuit? Calculate power for each resistor. R₁ M Vsupply R5 W R₂ W R4 w Figure (4)
Transcribed Image Text:Name: HW#2 EET-203, Basic Electricity 4) Vsupply in figure (4) is 150 Volts. The resistors have the following relations; R₂ = 2* R₁, R₂ = 3* R₁, R₂ = 4* R₁, R5 = 5* R₁. Determine the voltage drops across each resistor. If R5 =5KQ, what will be the current for the circuit? Calculate power for each resistor. R₁ M Vsupply R5 W R₂ W R4 w Figure (4)
Name: HW#2 EET-203, Basic Electricity R1 3) For the circuit in figure (3), the supply voltage, Vsupply = 120 V. For R₁ = 10 KM, the voltage drop is measured to be VR₁= 20 volts. By just knowing the relationship of the new resistors of R₂ and R3, where R3 = 4* R₂, determine the current(s), the value of R₂ and R3, and their voltage drop of the new circuit values. R₁ + Vsupply R3 M R₂ w
Transcribed Image Text:Name: HW#2 EET-203, Basic Electricity R1 3) For the circuit in figure (3), the supply voltage, Vsupply = 120 V. For R₁ = 10 KM, the voltage drop is measured to be VR₁= 20 volts. By just knowing the relationship of the new resistors of R₂ and R3, where R3 = 4* R₂, determine the current(s), the value of R₂ and R3, and their voltage drop of the new circuit values. R₁ + Vsupply R3 M R₂ w
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