No it is an excellent conductor of heat and electricity
Alright, since boron carbide is also known as black diamonds, I believe its a poor conductor of heat and electricity, not only due to the fact that its diamond but along with its specific properties.
For a metal, it's not bad.
Silicon is a poor conductor of heat. So is
The reason for this is that lead readily reacts with the atmospheric oxygen to forms lead oxide. Lead oxide that has been formed does not have any free electrons. Therefore, it is not able to pass electricity. As, lead exists in the form of lead oxide in which, free electrons are not available.
since iron is a metal and most metals are good conductors of electricity one can assume that iron is a fair conductor of electricity. The electrical conductivity of iron is approx. 1/6 from the electrical conductivity of silver (the best known conductor).
Carbon is a poor conductor of heat and electricity.
Gold is often used to ensure a positive connectivity on many electrical devices or computer components.
Gold is often used to ensure a positive connectivity on many electrical devices or computer components.
Oxygen is a poor conductor of electricity and also heat. It is known to support combustion but its state does not allow it to conduct electricity.
yes
Krypton is a poor conductor of either heat or electricity.
No. It's an excellent conductor of both.
Conductor Some materials are conductors of Heat OR Electricity. But the property is not the same for one material; example glass is a good conductor of heat but a poor conductor of electricity.
Yes. These are typical properties of nonmetals.
Both Electricity and Heat are forms of energy. If an element were a poor conductor of both it would simply mean that particular element was a poor conductor of energy.
Wood Rubber
An insulator.