Alkali metals are highly reactive and tend to form ionic bonds with other elements, while noble gases are nonreactive and exist as stable, monatomic gases in nature. Alkali metals readily donate an electron to achieve a stable electron configuration, while noble gases already have a full valence shell, making them highly stable and unreactive.
If alkali metals loses one electron, they achieve the electronic configuration of the nearest noble gases.
Noble gases have larger atomic radii than alkali metals in the same period.
When alkali metals are mixed with noble gases, it can result in the formation of compounds known as intermetallic compounds. These compounds are usually unstable and highly reactive, making them useful for various applications in research and industry. The reaction between alkali metals and noble gases typically requires high energy input due to the low reactivity of noble gases.
The five named groups from the periodic table are the alkali metals, alkaline earth metals, halogens, noble gases, and transition metals. Each group has unique properties and characteristics based on their electron configurations.
Sodium belongs to the Alkali metals
If alkali metals loses one electron, they achieve the electronic configuration of the nearest noble gases.
Alkali metals have one electron more than the noble gases.
Noble gases have larger atomic radii than alkali metals in the same period.
alkali metals, alkali earth, transition metals, non metals, halogens, noble gases
Alkali metals, transition metals, halogens or Transition metals, halogens, noble gases or Alkali earth metals, halogens, noble gases
Examples: alkali metals, alkali earth metals, noble gases, platinum metals, halogens, etc.
alkali F., alkali earth metals, coinage, halogens and noble gases
Alkali metals and noble gases
alkali metals, halogens, noble gases
When alkali metals are mixed with noble gases, it can result in the formation of compounds known as intermetallic compounds. These compounds are usually unstable and highly reactive, making them useful for various applications in research and industry. The reaction between alkali metals and noble gases typically requires high energy input due to the low reactivity of noble gases.
Three families from the periodic table are the alkali metals (group 1), the halogens (group 17), and the noble gases (group 18). Alkali metals are highly reactive, halogens are nonmetals that are also reactive, and noble gases are inert gases with low reactivity.
They are the Alkali Metals, Alkaline Metals, Transition Metals, Metalloids, Halogens, and the Noble (Inert) Gases. There is also the lanthanide and actinide series which are known as the Rare Earth Metals.