Answer should be Gold or Platinum. The metals having so many electrons with them,( With mass number 79 and 78 respectively.) that they will least bother abut loss of electrons in outer most orbit. If you will ask the hydrogen to give electron, it will be reluctant. As it will have positive charge only, with 100 % loss of negative charge. But loss of electron for Gold or Platinum will be about just above 1 % of total electric charge. That's the reason why they are not chemically very active. But in practice we use copper wire (mass number 29 ) as it is cost effective and silver is also used (mass number 47 ) to coat the contact points of electric switches. Theoretically Mercury will conduct electricity, most rapidly, being liquid metal but then you cannot make a wire out of it.
Metal does not conduct light it reflects it.
Metal generally conducts heat and electricity.
The most reflective and electrically conductive metal is silver.
no?
copper ok4523
it conducts heat and electricity
Well, if it pertains to music, its like classic or jazz or something really soft like, not like heavy metal, as in rock and pop. If it pertains to actually metal, light metal is something like a necklace, bracelet, or earrings, something light and not heavy. Heavy metal is like steel poles or a machine.
it conducts electricity because it is a metal but i am not sure about heat
Metal is a better conductor
Gold
Silver (Symbol Ag).
Silver.
- It is not a ductile metal or- It is not a metal
metal conducts heatEverything conducts heat, to a greater or lesser extent.
As a metal becomes colder, it generally conducts electricity more efficiently.
Metal is the material that is malleable and conducts electricity.
Because metal absorbs and conducts more heat then most other substances so it keeps it hot. Just like when you cook, you use metal pans because they conduct the most heat.
metal
aluminium is a metal and also conducts electricity
The filament is a special metal composition of tungsten that conducts current and heats up and emits light as a result of the current and its internal resistance.