Group 18 is the most stable group (the noble or inert gases) because their electron configuration makes it difficult for them to react with other elements. The outer valence shell is completely filled already, so they don't need to share, give away, or take electrons to fill it (and thus react with something else.)
Alkali metals. This is the most reactive group on the periodic table
Periodic table show that elements have properties which are periodic in nature. These properties can be grouped together.
The seventh most abundent element is potassium.
The vast majority of elements in the periodic table can be classified as metals. Metals make up the s-block, d-block, and f-block of the periodic table. There are even a few elements in the p-block with metallic properties called metalloids.
Periodic trends illustrate how some elements are very reactive while others are stable.
Noble Gases
Group-18 family is the most inactive family. It is stable and hence non reactive.
The noble gases were the family of elements originally left out of the periodic table because they were considered chemically stable and did not react with other elements.
The noble gases are the most stable group on the periodic table. They have a full outer electron shell, making them unreactive and chemically stable.
Stable Elements in the periodic table are located in Group 18 of the periodic table.It is a group of noble gases.Noble gases are considered most stable in nature.
No, the most stable elements on the periodic table are typically found in the noble gas family. Alkali metals, such as lithium and sodium, are relatively reactive compared to noble gases like helium and neon, which have full valence shells and are therefore more stable.
halogenes/non metals
False (Hydrogen has the first position, Helium is the most stable)
because its dangerous for everything in the world
There are many patterns on the Periodic Table! They are in order by family, class, and atomic number. If you look up the periodic table, you will most likely find many more!
The metals in family 1
The metals in family 1