Outlets on a household circuit are arranged in

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In summary, the outlets on a household circuit can be arranged in parallel, a combination of series and parallel, series, or neither series nor parallel. This can be compared to strands of Christmas lights, where a series arrangement results in some lights not working if one bulb goes out, while a parallel arrangement allows the rest of the lights to stay lit. The same concept applies to outlets in a house, where a series arrangement can lead to some outlets not working if one outlet has an issue, while a parallel arrangement allows the rest of the outlets to still function.
  • #1
Curious314
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Homework Statement



Outlets on a household circuit are arranged in:
a)parallel.
b)a combination of series and parallel.
c)series.
d)neither series or parallel.
e)not given


The Attempt at a Solution



I'm lost here...
 
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  • #2
Do your best to answer the question. We'll help.

Here's a hint: do you know what happens to a string of lights in series - say, a string of Christmas lights - when one bulb goes out?
 
  • #3
some won't light and some others willl, so that's a combination of series and parallels
 
  • #4
Curious314 said:
some won't light and some others willl

On a single strand of Christmas lights?
 
  • #5
yeah they have like 4 different sets, and maybe one of those sets won't light completely, but the rest 3 will. No?
 
  • #6
Curious314 said:
yeah they have like 4 different sets, and maybe one of those sets won't light completely, but the rest 3 will. No?

Fair enough. So, you understand the correlation between series v. parallel and strands going dark v. strands staying lit.

What happens in a house?
 
  • #7
deleting my post.
 
Last edited:
  • #8
azizlwl, your post has nothing to do with the question the OP is asking. Please read the opening post.

(Incidentally, please note, in case you don't know PF policy: I am hinting at the answer because it is required by rules for posters to work through their own answers. We are forbidden to provide full answers to homework questions.)
 

What is the purpose of household outlets?

The purpose of household outlets is to provide a safe and convenient way to access electricity for various devices and appliances within a home.

How are outlets on a household circuit arranged?

Outlets on a household circuit are typically arranged in a parallel circuit, meaning that each outlet is connected to the same power source and can operate independently of each other.

What is the maximum number of outlets that can be connected on a household circuit?

The maximum number of outlets that can be connected on a household circuit depends on the amperage of the circuit and the amperage rating of the individual outlets. Generally, a 15-amp circuit can support up to 10 outlets, while a 20-amp circuit can support up to 13 outlets.

Why do outlets sometimes stop working?

Outlets on a household circuit can stop working due to a variety of reasons, including overloading, tripped circuit breakers, or faulty wiring. It is important to troubleshoot and address the issue promptly to ensure safety and proper functioning of the circuit.

Can I add more outlets to a household circuit?

It is possible to add more outlets to a household circuit, but it is important to consult a licensed electrician to ensure that the circuit can support the additional load and that all safety measures are followed during installation.

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