No. An alkali is a compound: the hydroxide of al alkali metal.
The atom with mass number= 23 and atomic number= 11 is of an alkali metal. Contact +233543374062 for more info
By losing an electron.
cesium
hydrogen and the alkali metals lithium, sodium, potassium, rubidium, cesium, and francium all have one valence electron.
Lithium is in the second period. It is an alkali metal. It has 2 rings of electrons.
The atom with mass number= 23 and atomic number= 11 is of an alkali metal. Contact +233543374062 for more info
The importance of alkali is to build up the molecule to the center of its atom and to produce another atomic molecules
No, it does not.
By losing an electron.
Actually, it's both. It's got a basic hydroxyl group sticking out there, and an acidic hydrogen on that Nitrogen atom. But not very strong one way or the other...
cesium
The alkali metal potassium and the halogenfluorine will form an ionic bond.
hydrogen and the alkali metals lithium, sodium, potassium, rubidium, cesium, and francium all have one valence electron.
alkali
Lithium is in the second period. It is an alkali metal. It has 2 rings of electrons.
If you could see an alkali metal atom, it would have a nucleus containing protons and neutrons, and an electron cloud containing electrons. In the electron cloud, the highest energy level would contain only one electron.
In common with all the other Alkali Metals, Rubidium has one valence electron.