alkali metal. This means it generates and allows more energy to flow throught it
A reactive non metal is an element that can gain the electrons or is more electronegative
Chlorine is a nonmetal that is highly reactive with metals. It can form salts with metals through a chemical reaction known as metal chlorides.
Ytterbium is a reactive element, but it is primarily reactive with air and water, rather than being highly reactive in general. It is not as reactive as some other metals like alkali metals such as sodium or potassium.
No, sodium is not a metaloid. It is a metal, specifically an alkali metal, due to its properties such as being highly reactive and having a low melting point.
Caesium is an extremely reactive chemical element.
the highly reactive metal is potassium
Chlorine is a very reactive non-metal. It readily combines with other elements to form compounds and is highly electronegative, meaning it has a strong tendency to gain electrons in chemical reactions.
A reactive non metal is an element that can gain the electrons or is more electronegative
Chlorine is a nonmetal that is highly reactive with metals. It can form salts with metals through a chemical reaction known as metal chlorides.
NO!!! Chlorine is a highly reactive poisonous green gas.
Sodium is a highly reactive alkali metal whereas aluminium is a less reactive metal in the boron group.
Sodium metal refers to atomic conditions. Being highly reactive, it can be found only as irons in salts. Sea water is a rich source of sodium ions.
Group 1, the Alkali Metals, which are extremely reactive.
Magnesium is one of the more reactive metals; it rarely exists in nature elementally.
No. Table salt is composed of two elements which are, in their elemental state under "ordinary" circumstances (STP), a highly reactive metal and a highly reactive poisonous gas.
Lithium. :)
It is generally bad to have highly reactive metal in your kitchen plumbing because this may cause oxidization or degradation of the plumbing, which may lead to contaminated water and/or leaks.