Yes, very conductive, its one of the best conductors there is.
The nickel is more conductive.
Gold is a very good material for leaf-type electroscope. It is very soft and light and conductive, while being non-corrosive. Other materials can be used but none seem quite as good.
Well, silver is more conductive when it comes to heat. As a matter of fact, it's the most conductive out of any of the base metals. As a side note, it also conducts electricity better than gold, although gold is used more often because it's very resistant to corrosion.
The charge on the conductive sphere spreads out uniformly over the surface of the sphere.
they are called conductive metals
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.
Silver, gold, copper platinum.
silver, copper, gold and aluminium
Carbon is not malleable but in some forms can conduct electricity. Gold is malleable and conductive.
Yes. All or almost all fully metallic elements are conductive, with gold, silver, and copper, all non ferrous, being among the most conductive of all materials. Some of the semimetal elements and a few alloys are only slightly conductive.
Metals are conductive.
All are conductive iron materials. Gold. copper. Aluminum. Iron. And … . . . . .
Silver is the most electrically conductive, but copper and gold are used because copper is less expensive, and gold does not corrode.
Silver is the best conductor of electricity. Following this is copper, gold and then aluminium.
Silver is the element that best conducts heat and electricity. Gold, the third most electrically conductive element, is widely used in electronics due to corrosion resistance.
Gold is incredibly conductive, which is why gold-plated wires tend to be more prized.
Superconductors are materials that offer no electrical resistance whatsoever but the highest temperature any known superconductor can be while retaining its conductive properties is -181 degrees Celsius, making them an extremely impractical and expensive material for most purposes. As far as I know the most conductive material at room temperature is pure silver, which is slightly more conductive then pure copper and 50% more conductive then pure gold. Copper and gold are both used commonly for conduction however because copper is much cheaper then silver and nearly as conductive, and gold is more resistant to corrosion then either silver or copper despite its reduced capacity for electrical conduction.