Lab8_SP_Circuits TB
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Feb 20, 2024
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PHY 101 Lab 8: Series and Parallel Circuits
Photo 1
Tanner B The following should be visible/indicated in this photo:
Your name and the date
The connected lamp receptacle and battery holder while circuit is on
Insert photo here
Observation: The light was very bright Photo 2
The following should be visible/indicated in this photo:
Your name and the date
The two connected lamp receptacles and battery holder while circuit is on.
Insert photo here
1 © 2016 Carolina Biological Supply Company
Photo 3
The following should be visible/indicated in this photo:
Your name and the date
The two connected lamp receptacles, with the R
1
lamp unscrewed and battery holder while circuit is on.
Insert photo here
Observation:
The lights were dimmer then they went out and I unscrewed the bulb on R1 Photo 4
2 © 2016 Carolina Biological Supply Company
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1C
The following should be visible/indicated in this photo:
Your name and the date
The three connected lamp receptacles and battery holder while circuit is on.
Insert photo here
Photo 5
3 © 2016 Carolina Biological Supply Company
The following should be visible/indicated in this photo:
Your name and the date
The three connected lamp receptacles, with the R
1
lamp unscrewed and battery holder while circuit is on.
Insert photo here
Observation: The light was very bright, but this time when the unscrewed light bulb, the other remained on and got very bright Photo 6
Insert a photo of your circuit, completed in step 4 of Activity 2A, then delete this text.
The following should be visible/indicated in this photo:
Your name and the date
4 © 2016 Carolina Biological Supply Company
The two connected lamp receptacles and battery holder while circuit is on.
Insert photo here
Photo 7
Insert a photo of your circuit, completed in step 6 of Activity 2A, then delete this text.
The following should be visible/indicated in this photo:
Your name and the date
The two connected lamp receptacles, with the R
1
lamp unscrewed and battery holder while circuit is on.
5 © 2016 Carolina Biological Supply Company
Your preview ends here
Eager to read complete document? Join bartleby learn and gain access to the full version
- Access to all documents
- Unlimited textbook solutions
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Insert photo here
Observation: The light gets very bright and same thing this time when unscrewed the light remained on and got a littler brighter. Photo 8
Insert a photo of your circuit, completed in step 3 of Activity 2B, then delete this text.
The following should be visible/indicated in this photo:
Your name and the date
The three connected lamp receptacles and battery holder while circuit is on.
Insert photo here
6 © 2016 Carolina Biological Supply Company
7 © 2016 Carolina Biological Supply Company
Photo 9
I
The following should be visible/indicated in this photo:
Your name and the date
The three connected lamp receptacles, with the R
1
lamp unscrewed and battery holder while circuit is on.
Insert photo here
Observation: The lights get very bright and them time when unscrewed the other remaining lights on and got a little brighter Photo 10
8 © 2016 Carolina Biological Supply Company
Your preview ends here
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The following should be visible/indicated in this photo:
Your name and the date
The three connected lamp receptacles and battery holder while circuit is on.
Insert photo here
Photo 11
9 © 2016 Carolina Biological Supply Company
The following should be visible/indicated in this photo:
Your name and the date
The three connected lamp receptacles, with the lamp in position R
1 unscrewed and battery holder while circuit is on.
Insert photo here
Photo 12
10 © 2016 Carolina Biological Supply Company
The following should be visible/indicated in this photo:
Your name and the date
The three connected lamp receptacles, with the lamp in position R
2 unscrewed and battery holder while circuit is on.
Insert photo here
Observation: Lights go out when you unscrew the bulb
1.
Based on the brightness of the lamps when they are all connected, which current is the greatest? Which current is the smallest? Why? Greatest R1
smallest r3 because it distributes the voltage equally 11 © 2016 Carolina Biological Supply Company
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2.
What happens to the lamps when resistor R
1
is disconnected?
Lights go out 3. What happens to the lamps when resistor R
2
or R
3 is disconnected?
R1 gets brighter 4. What happens to the lamps when resistor R
4
is disconnected?
Nothing 5.
Which exhibits the larger voltage drop, R
1
or R
4
? It would stay the same. 6.
What would happen to the brightness of the lamps if all the resistors were
connected in series? In a series circuit, as more bulbs are added, the brightness of each bulb decreases. This is because the resistance R increases which causes the current to pass through each bulb to decrease. 12 © 2016 Carolina Biological Supply Company
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