Metals are good conductors of electricity because

Metals are good conductors of electricity because
Radio telescopes arebetter than optical telescopes because. A. they can detect faint galaxies which no optical telescope can. B. they can work even in cloudy conditions. C. they can work during the day and night.

Why are metals good conductors of heat and electricity? - Quora
Not all metalsaregoodconductorsofelectricity and heat. In one example, titanium alloy Ti-6Al-4V has a thermal conductivity of 5.8W/m-K and in another stainless steel as low as 17W/m-K. By contrast, alumina ceramic can have a thermal conductivity as high as 40W/m-K and aluminum nitride ceramic.

Why are metals good conductors of electric current
Metalsaregoodconductorsof both electric charges and heat because their electrons are "loose." (info from physics book)Some goodmetalelectricalconductorsare copper which has a highconductivity, the

Why are metals good conductors of electricity? -
Metalsaregoodconductorsofelectricity, because they allow electric charge to flow freely through them. According to BBC, metals contain a sea of delocalized electrons that are able to move throughout the metal structure. An applied potential difference causes these delocalized electrons to.

Metals are good conductors of electricity because A metal... - eNotes
Electric current is the flow of electrons. Metalsaregoodconductorsofelectricitybecause their valence electrons are delocalised. This means that the valence electrons are not tightly associated to a single atom, but can move through the entire metal.

Metals are good conductors of electricity because -
So because of Sea of electrons , these electrons jst not belong to one atom bt move freely in the metal's network .which make them great conductorsofelectricity.also because they contain orbitals which are separated by small energy diffrences , metal can absorb wide range of light.

Why Are Metals Good Conductors Of Heat And Electricity?
I say pure metalbecause alloys are relatively poor conductorsof heat and electricity. This isbecause alloys are formed by introducing foreign atoms into a metal. This leads to an increase in irregularities, which then obstruct the motion of a free electron. As the free electrons are unable to.