1. Consider the 3-bulb circuit at the right. Color code the diagram with red, yellow, green, and blue markers. Suppose you know that ... Battery voltage = 12 V, Current = 2 A, and R₁ = 3 Ω R₂ = 22 R3= 12 Use I-R values to determine the values of electric pressure for the four different wires: Vred= Vyellow= _V Vgreen=

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1. Consider the 3-bulb circuit at the right. Color code the
diagram with red, yellow, green, and blue markers.
Suppose you know that...
Battery voltage = 12 V. Current = 2 A, and R₁
= 3 Ω
R₂ = 22
R³ = 192
Use I-R values to determine the values of electric
pressure for the four different wires:
Vred=
V
Vyellow=
Vred=
Vgreen
Vgreen
2. Consider the 5-bulb circuit at the right. It is not a series
circuit. Yet color coding and voltage drop fundamentals still
apply. Color code the diagram with red, orange, yellow,
green, and blue markers. Suppose you know that ...
Battery voltage = 48 V, and
R1 = 4.0 Ω
R4 = 8.0 2
R2 = 12.0 2
Rs = 2.0 2
=
R3 = 4.0 2
tolle
4+
Because of how the circuit is built, the current is not the same in all five bulbs like it would be in
series circuits. The current (I) values at the various bulb locations are ...
h=
12 =
13 =
Is=
Use the current and resistance values to calculate the voltage drops for each bulb.
AV₁ =
AV3 =
V
AV4=
V AV2 =
_V AVs=
Finally, use the voltage drop (AV) values to calculate the electric pressure values for the five
different wires (referenced here by their colors):
V
Vorange =
Vblue=
Vblue=
Vyellow=
V
Transcribed Image Text:1. Consider the 3-bulb circuit at the right. Color code the diagram with red, yellow, green, and blue markers. Suppose you know that... Battery voltage = 12 V. Current = 2 A, and R₁ = 3 Ω R₂ = 22 R³ = 192 Use I-R values to determine the values of electric pressure for the four different wires: Vred= V Vyellow= Vred= Vgreen Vgreen 2. Consider the 5-bulb circuit at the right. It is not a series circuit. Yet color coding and voltage drop fundamentals still apply. Color code the diagram with red, orange, yellow, green, and blue markers. Suppose you know that ... Battery voltage = 48 V, and R1 = 4.0 Ω R4 = 8.0 2 R2 = 12.0 2 Rs = 2.0 2 = R3 = 4.0 2 tolle 4+ Because of how the circuit is built, the current is not the same in all five bulbs like it would be in series circuits. The current (I) values at the various bulb locations are ... h= 12 = 13 = Is= Use the current and resistance values to calculate the voltage drops for each bulb. AV₁ = AV3 = V AV4= V AV2 = _V AVs= Finally, use the voltage drop (AV) values to calculate the electric pressure values for the five different wires (referenced here by their colors): V Vorange = Vblue= Vblue= Vyellow= V
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