(6) Analyze the following circuit. Use 3 Significant Figures for all of your calculations and answers. Show your calculations, calculate the following, but write down the answers here also: (a) Calculate Requivalent (see diagram below) of the equivalent resistor to the 3-resistor network. Requivalent = (a) Current I= (b) Voltage across R1 = VR1 %3D (c) Voltage across R2 Vr2 = (d) Voltage across R3 = Vr3 = %3D HINT #1: The Voltage across R2 is equal to the Voltage across R3 .. Because they are in parallel. HINT #2: The Supply Voltage (30.0 Volts)... must be equal to the voltage across R1 + voltage across R2 . Ri = 550 2 Vs = Voltage Supply 30.0 Volts R2 = 630 2 R3 = 470 2 Vs= Calculate Reasivalent Voltage Supply 30.0 Volts
(6) Analyze the following circuit. Use 3 Significant Figures for all of your calculations and answers. Show your calculations, calculate the following, but write down the answers here also: (a) Calculate Requivalent (see diagram below) of the equivalent resistor to the 3-resistor network. Requivalent = (a) Current I= (b) Voltage across R1 = VR1 %3D (c) Voltage across R2 Vr2 = (d) Voltage across R3 = Vr3 = %3D HINT #1: The Voltage across R2 is equal to the Voltage across R3 .. Because they are in parallel. HINT #2: The Supply Voltage (30.0 Volts)... must be equal to the voltage across R1 + voltage across R2 . Ri = 550 2 Vs = Voltage Supply 30.0 Volts R2 = 630 2 R3 = 470 2 Vs= Calculate Reasivalent Voltage Supply 30.0 Volts
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![(6)
Analyze the following circuit. Use 3 Significant Figures for all of your calculations and
answers. Show your calculations, calculate the following, but write down the answers here
also:
(a)
Calculate Requivalent (see diagram below) of the equivalent resistor to the 3-resistor network.
Roquivalent
(a)
Current I=
(b)
Voltage across RỊ
VRI
(c)
Voltage across R2
VR2
(d)
Voltage across R3 = VR3 =
HINT #1: The Voltage across R2 is equal to the Voltage across R3 .. Because they are in parallel.
HINT #2: The Supply Voltage (30.0 Volts)... must be equal to the voltage across R1 + voltage
across R2 .
Ri = 550 2
Vs =
Voltage
30.0
Supply
Volts
R2 = 630 2
R3 = 470 2
+
Vs =
Voltage
Calculate Reauisalent
30.0
Supply
Volts
||](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9a17e457-fbd0-43a6-b368-f17fcdc407a3%2Ff036f06b-dd19-4932-b4da-6ae97d7d880d%2Feyxhh0b_processed.png&w=3840&q=75)
Transcribed Image Text:(6)
Analyze the following circuit. Use 3 Significant Figures for all of your calculations and
answers. Show your calculations, calculate the following, but write down the answers here
also:
(a)
Calculate Requivalent (see diagram below) of the equivalent resistor to the 3-resistor network.
Roquivalent
(a)
Current I=
(b)
Voltage across RỊ
VRI
(c)
Voltage across R2
VR2
(d)
Voltage across R3 = VR3 =
HINT #1: The Voltage across R2 is equal to the Voltage across R3 .. Because they are in parallel.
HINT #2: The Supply Voltage (30.0 Volts)... must be equal to the voltage across R1 + voltage
across R2 .
Ri = 550 2
Vs =
Voltage
30.0
Supply
Volts
R2 = 630 2
R3 = 470 2
+
Vs =
Voltage
Calculate Reauisalent
30.0
Supply
Volts
||
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