Copper. Alloys of copper are used in most of the electrical wiring indoors and/or outdoors.
However, aluminum is used in long-distance high-tension electrical lines because by weight it's a better conductor than copper is (and because it's less expensive and stronger). An aluminum wire needs to be thicker than a copper wire in order to have the same current-carrying capacity. However, even though it's thicker, it weighs less, which means the relatively expensive transmission towers can be spaced further apart without the wire sagging too much.
No, metal is generally more conductive than the human body. Metals such as copper and aluminum have much higher conductivity compared to the human body, which means they can more easily carry electric current.
Yes, you can use an aluminum wire. Aluminum does conduct electricity. However, there is a well-known problem with aluminum wire. When exposed to air, the outer layer of aluminum forms a non-conductive oxide. There is resistance to the flow of electricity as it attempts to get through the aluminum oxide coating to the conductive aluminum below. When aluminum wire is used to reduce weight, it is usually welded to another metal that makes a better contact, such as copper. The contact metal is then what is connected.
Copper wire has greater resistance than aluminum wire. This is because copper is a better conductor of electricity than aluminum. This means that copper wire will have less resistance and will be able to carry more current with less energy loss.
No, copper heats up faster than aluminum because copper has higher thermal conductivity. This means it can transfer heat more efficiently leading to faster heating.
Copper has lower electrical resistance than aluminum. This means that copper is more efficient at conducting electricity compared to aluminum. Specifically, copper's resistivity is about 1.68 micro-ohm meters, while aluminum's is around 2.82 micro-ohm meters, making copper a preferred choice for many electrical applications.
Copper produces more electricity than aluminum due to its higher electrical conductivity. This means that copper allows for better flow of electrical current, resulting in higher electrical output compared to aluminum for the same conditions.
No, aluminum has a higher resistance than copper.
Copper wire connectors are more conductive and resistant to corrosion compared to aluminum wire connectors. However, aluminum wire connectors are lighter and less expensive than copper wire connectors.
No, metal is generally more conductive than the human body. Metals such as copper and aluminum have much higher conductivity compared to the human body, which means they can more easily carry electric current.
no its not copper is a lot more stronger than aluminum
Yes...all metals are will conduct electricity.
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Yes, you can use an aluminum wire. Aluminum does conduct electricity. However, there is a well-known problem with aluminum wire. When exposed to air, the outer layer of aluminum forms a non-conductive oxide. There is resistance to the flow of electricity as it attempts to get through the aluminum oxide coating to the conductive aluminum below. When aluminum wire is used to reduce weight, it is usually welded to another metal that makes a better contact, such as copper. The contact metal is then what is connected.
Gold is more conductive than other atoms (except silver and copper) because of its high concentration of free electrons. Silver and copper are more conductive than gold, but gold has the advantage of being corrosion resistant.
No, copper is a better conductor of electricity than silver. Copper has a lower electrical resistivity compared to silver, making it more efficient for conducting electricity. This is why copper is widely used in electrical wiring and transmission lines.
Copper is more conductive than lead. Copper has a higher electrical conductivity, making it a common material used in electrical wiring and electrical components. Lead has lower electrical conductivity compared to copper.
Copper is more electrically conductive than iron. This is because copper has a higher conductivity due to its atomic structure, allowing electrons to move more freely through the material compared to iron.