1. Build the circuit shown below with three identical light bulbs, nine ammeters, and one battery. Use the Modify icon to change the voltage of the battery to 9 V. At the indicated locations, record the values of the current (in Amperes, A) and voltage (in volts, V): A A A 9 V 4=_A A 1- A A A A 2. Use colored markers (Red-Orange-Yellow-Green-Blue) to color code the wires on the diagram above. Use red for the highest voltage and blue for the lowest voltage. 3. How does the current flowing through each individual light bulb compare to each other? 4. Observe all the current values in the circuit. Describe a rule that could be used to relate the current values at a "junction" (a junction is location where a path divides into two paths or a location where two paths come together to form one path).

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question
1. Build the circuit shown below with three identical light bulbs, nine ammeters, and one battery. Use the Modify icon
to change the voltage of the battery to 9 V. At the indicated locations, record the values of the current (in Amperes,
A) and voltage (in volts, V):
A
А
A
1
2
3
9 V
1=_A
A
I3
А
A
A
A
2. Use colored markers (Red-Orange-Yellow-Green-Blue) to color code the wires on the diagram above. Use red for
the highest voltage and blue for the lowest voltage.
3. How does the current flowing through each individual light bulb compare to each other?
7
10
4. Observe all the current values in the circuit. Describe a rule that could be used to relate the current values at a
"junction" (a junction is location where a path divides into two paths or a location where two paths come together
to form one path).
Transcribed Image Text:1. Build the circuit shown below with three identical light bulbs, nine ammeters, and one battery. Use the Modify icon to change the voltage of the battery to 9 V. At the indicated locations, record the values of the current (in Amperes, A) and voltage (in volts, V): A А A 1 2 3 9 V 1=_A A I3 А A A A 2. Use colored markers (Red-Orange-Yellow-Green-Blue) to color code the wires on the diagram above. Use red for the highest voltage and blue for the lowest voltage. 3. How does the current flowing through each individual light bulb compare to each other? 7 10 4. Observe all the current values in the circuit. Describe a rule that could be used to relate the current values at a "junction" (a junction is location where a path divides into two paths or a location where two paths come together to form one path).
DC Circuit Builder
(c) 2014 Nerd Island Studios, LLC
www.nerdislandstudios.com
92.7 A
1.8 A (9
0.9 A
9
9
2.7 A0 1.8 A O 0.9 AO+
O Lightbulb
-1-
Resistance: 1 0 Ohms
0.9 AO
0.9 A
0.9 A
Transcribed Image Text:DC Circuit Builder (c) 2014 Nerd Island Studios, LLC www.nerdislandstudios.com 92.7 A 1.8 A (9 0.9 A 9 9 2.7 A0 1.8 A O 0.9 AO+ O Lightbulb -1- Resistance: 1 0 Ohms 0.9 AO 0.9 A 0.9 A
Expert Solution
Step 1

1) The ammeter, battery and bulbs are already marked in the given figure

2) color codes are also shown in same figure

 

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