Gold is a great conductor but to expensive to be used on a large scale
Gold is a good conductor of electricity, but it does not "attract" electricity. Rather, electricity will flow through gold easily due to its conductivity. When used in electronic applications, gold is often preferred for its ability to efficiently carry electrical currents.
Gold is the only conductor of electricity in which there is no voltage drop.
gold a very good conductor of electricity. The only element that surpasses gold is silver, but is used less often due it's oxidation. Gold is used in very high-end electronics such as spacecraft and satellites. Gold was also used in the circuits for the Manhattan Project.CommentCopper is also a better conductor than gold.
it is a good conductor of electricity
it is a good conductor of electricity.
Gold is an excellent conductor of electricity due to its high electrical conductivity. It is commonly used in electronics and electrical components where a reliable and efficient transfer of electricity is needed.
Gold is an excellent conductor of electricity due to its high conductivity. It is commonly used in electronic components and wiring.
yup gold is strong that's why they used to fill in your teeth with gold its also a good conductor of electricity(:
It is like money, also a conductor of electricity and used in computers and other products.
Yes, there is gold in microprocessors for electricity conduction and there is a lot of gold used in sattelites for the same reason. gold is also used to cover the lens of the austronauts helmets to shield them from the sun.
Gold is primarily used in jewelry and electronics. It's both valuable and an excellent conductor of electricity.
Gold is used as a conductor of electricity on flash drives, USB cables, etc. It plates the metal surface to let the most electricity flow. The question should be why not how. Gold is impervious to oxidation and a very good conductor. So connections are more reliable if made with gold contacts as opposed to copper which oxidizes easily.