Oh, dude, thick copper wire is like the superhero of conducting electricity. It's all about that low resistance life - the thicker the wire, the less resistance it has, which means more current can flow through without getting all tangled up. So yeah, thick copper wire is like the VIP lane for electrons, just breezing through without breaking a sweat.
Copper wires are commonly used in circuits as they are a good conductor of electricity. Copper is a ductile material that allows easy shaping into wires and has low resistance, making it ideal for carrying electrical current efficiently in a circuit.
A copper pipe would be better as a conductor due to copper's high electrical conductivity. It would allow electric current to flow efficiently through the pipe, making it a good choice for applications where electrical conductivity is important.
Copper is often used for the coil in a gas pipe because it has good thermal conductivity, meaning it can efficiently transfer heat from the hot gases. Copper is also resistant to corrosion and can withstand high temperatures, making it a suitable material for this purpose. Additionally, copper is malleable, which allows for easy shaping and installation of the coil in the pipe system.
No, resistors are designed to restrict the flow of electric current, so they are not good conductors like copper or other metals that allow current to pass freely. Resistors have high resistance which limits the amount of current that can flow through them.
Copper is a good conductor of electric current due to its high electrical conductivity. It is commonly used in electrical wiring and circuitry because it allows electricity to flow with low resistance.
Thick copper wire is good for carrying current because it has a lower electrical resistance compared to thinner wires. Lower resistance results in less energy loss through heat generation, making thick copper wire more efficient for transmitting large amounts of current without overheating.
Yes, copper is a good electrical conductor.
Copper is used in the construction of electrodes because it is a good conductor of electricity, corrosion resistant, and malleable. These properties make it ideal for carrying electrical current and withstanding the chemical reactions that occur during electrode processes.
Copper wires are commonly used in circuits as they are a good conductor of electricity. Copper is a ductile material that allows easy shaping into wires and has low resistance, making it ideal for carrying electrical current efficiently in a circuit.
Yes.
Yes, copper wire is an excellent conductor of electricity due to its high electrical conductivity. It is commonly used in electrical wiring and transmission of electricity due to its efficiency in carrying electrical current.
A wire with low resistance. To obtain the lowest resistance, the wire must be -- thick -- a good conductor; silver, copper, etc. -- cold
Fuses have tinned copper wire* in them.The normal current-carrying capacity of a fuse is determined by the thickness of the wire, as is the final rupture current.Because fuses "melt" like solder, some people think they must contain solder wire, but that is not true.Solder has a lower temperature melting point than either lead or tin but it is not used in fuses because it does not have as good a normal current-carrying capacity as tinned copper.* "Tinned copper wire" means the copper wire has been dipped in a bath of molten tin during its manufacture, leaving a thin coating of tin on the surface of the copper. (The tin is used to help protect the copper from corroding in the atmosphere.)
aluminum, copper,
Copper is not a good insulating material for either thermal or electrical conductivity. Copper is actually a very good conductor of both heat and electric current, hence its use in electrical wiring, circuit pathways, and heatsinks.
That depends on how much current (Amps) is flowing through the copper. The voltage you lose in the copper will always be (A) times (R). 'A' is the current (amps) in the copper. 'R' is the resistance of the copper. You can look that up in a product catalog, or measure it with a really good ohm-meter.
copper and aluminium are the most common, but aluminium isn't as good as copper because it puts to much resistance on the electricity causing it to heat up.