Good electrical conductors are useful because they allow electricity to be transmitted greater distances with less loss. This greater efficiency allows more of the electrical energy generated to be used, reducing the amount that must be generated.
Good heat conductivity is less useful than good electrical conductivity, but it does make it easier to keep wires and cables cool, which further increases their electrical conductivity.
Platinum is a horrible insulator. Being metal, it conducts heat and electricity quite well.
This depends, you have amperage which is how much pressure of electricity is being pushed through the conductor. Next is what kind of conductor, the matters because of ohms, which is how much resistance is caused by the conductor
Not being able to conduct heat or electricity
Wood is a poor conductor(non-electrolyte) because it doesn't have free moving ions to conduct the electricity.
Metal is a conductor and the electricity will easily flow through it.
Platinum is not a good insulator because it is a metal and metals are generally good conductors of heat and electricity. Insulators are materials that do not conduct electricity or heat well, whereas platinum is known for its high thermal and electrical conductivity.
No, chlorine is not a conductor of electricity. It is a non-metal that is a poor conductor of electricity.
A metal key would conduct electricity.
The element belongs to the category of nonmetals if it is a poor conductor of electricity. Nonmetals typically have properties such as being brittle, not shiny, and having low conductivity of heat and electricity.
At ordinary temperatures, the element that's the best conductor of electricity is silver, with the second best being copper. At very low temperatures, some materials become superconducting. Superconducting materials are all perfect conductors of electricity, with no resistance at all.
Scientifically speaking, metals aren't bad conductors. Only nonmetals are poor conductors and metalloids have the possibility of being a poor conductor.
Cobalt is classified as a transition metal and can act as both a conductor and a non-conductor depending on its chemical state and environment. In its metallic form, cobalt can conduct electricity, but in other chemical forms, such as cobalt salts, it may not conduct electricity.