it is relatively inexpensive, a good conductor, flexible, durable, fairly non-reactive, malleable, ductile. Therefore, it can carry electricity around the house, be affordable, and be pulled into wires and bent around corners.
The recommended gauge of copper wire for electrical wiring applications, such as 3 AWG copper wire, is suitable for heavy-duty electrical installations. It is commonly used for high-power circuits and appliances that require a significant amount of electricity to function properly.
Stop trying to steal copper wire.
The recommended thickness of 6 gauge copper wire for electrical wiring projects is about 0.162 inches.
The recommended thickness for electrical wiring when using 10 gauge copper wire is typically around 2.6 millimeters.
Copper is the main metal used in wiring.
If "it" is a wire stripper, yes. If "it" is hydrofluoric acid, no. What "it" are you referring to?
For most applications ... where the wire has no function other than to join the components that accomplish the purpose of the circuit ... the best metal to use for wiring would be the one with the smallest resistivity. That would be silver. A big part of the reason that we usually settle for copper is because it is only second best as a conductor and is a lot less expensive than silver.
The standard Romex wire colors used in electrical wiring are black, white, and bare copper.
Mainly copper is used for household wiring but it may vary.
No. 10 copper wire refers to a specific gauge or thickness of copper wire used for electrical wiring. It is capable of carrying a certain amount of electrical current based on its thickness and can be used in various applications such as residential and commercial wiring. The "No. 10" designation is a standardized way of identifying the wire size.
THHN wire is suitable for use in residential and commercial electrical wiring applications, such as powering outlets, switches, and lighting fixtures.
Copper wire is a conductor. Copper is commonly used in wiring because it easily allows the flow of electric current due to its high conductivity.