1. TRUE OR FALSE: Bulbs #4 and #5 are connected in series with each other? 2. TR
ID: 1448523 • Letter: 1
Question
1. TRUE OR FALSE:
Bulbs #4 and #5 are connected in series with each other?
2. TRUE OR FALSE:
Bulbs #4 and #7 are connected in series with each other?
3. TRUE OR FALSE:
Bulbs #4 and #7 are connected in parallel with each other?
4. TRUE OR FALSE:
Bulbs #1 and #3 are connected in series with each other?
5. TRUE OR FALSE:
Bulbs #5 and #6 are connected in parallel with each other?
6. The potential difference across bulb #1 is equal to
7. The potential difference across bulb #2 is equal to
8. The potential difference across bulb #3 is equal to
9. The potential difference across bulb #4 is equal to
10. The potential difference across bulb #5 is equal to
11. The potential difference across bulb #6 is equal to
12. The potential difference across bulb #7 is equal to
Please show work/explain. Thank you!
The circuit below contains ideal batteries (having zero internal resistance), bulbs which are electrically identical when they carry the same current (or have the same voltage across them), ideal wires having zero electrical resistance, and perfect electrical connections which contain no extra "stray" resistance. #2 # #4 6 V #1 #5 12 V #7Explanation / Answer
Bulb 4 and 5 are connected in series. One end of the bulb is connected to the other end as in a series way. if both end of one bulb is connected with the respective ends of the other bulb then it is in parallel connection. If only one end is connecting then it is series.
1.True
2.FAlse. 2 ends are connected so it is parallel
3.True
4.True
5.true
6.15 v. Bulb 1 is connected directly with 12 v
7.6 v
8. 6v bulb 1 and 2 are connected in series
9.6 v. 4 is connnected directly with 6 v
10.6v. it is also connected directly with 6
11. 6v
12.21 v. It is connected with both terminals
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