answersLogoWhite

0


Best Answer

Yes. At normal temperatures copper conducts electricity better than almost any other metal; silver is slightly better.

User Avatar

Wiki User

14y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: Does copper conduct electricity better than stainless steel?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Continue Learning about Electrical Engineering

Will pencil lead conduct electricity?

Yes, Pencil Lead does conduct Electricity. Copper, Gold and Silver though are the best conductors.


Why gold and copper are good conductors of an electrical current?

Yo, These 3 are the best First = Silver (Ag) Second= Copper (Cu) Third = Gold (Au)


Silver and gold are transition metals that conduct electricity even better than copperWhy do you use copper to make electric cables instead of either of these metals?

Gold does not conduct electricity better then copper. Companies will place ends of connectors just so they can raise the price of the cable. Money, my friend. In fact there are some audio conectors which use gold to improve the sound quality, but they are much more expensive than the standard ones.


Why is copper good for electrical wiring?

Copper is an excellent conductor of electricity. Among metals it is second only o silver, which is too expensive for practical use in wiring. Copper is also extremely ductile, meaning it can be easily drawn into wires without breaking.


What material is a good conductor and insulator?

All* materials conduct electricity. The question is exactly how much do they conduct. Materials such as metals, semiconductors, graphites, etc tend to conduct electricity better than others like plastic, paper, wood, etc due to loose valence electrons that allow electric current to flow through them. Good conductors will have a low electrical resistivity. The resistivity of some common resources are shown: Gold: 22 n Ω·m Copper: 17 n Ω·m Aluminium: 28 n Ω·m Silicon: 1000 Ω·m Quartz: 10^16 Ω·m Rubber: 10^13 Ω·m Note *: In 2008 scientists discovered a property called a superinsulation that in some materials at a very low temperature exhibit infinitely high resistance. Superinsulation is essentially the exact opposite of superconduction. It's mechanism is not very well understood and is an active area of research in condensed matter physics.