0
Why is there an increase in the size of the atoms as you go down in the periodic table in case of inert gases?
For the elements in all groups, the size of the atom increases down the group. This is because as you descend the group, the number of electrons increases, hence the number of electron shells also increase. For example, the argon atom is bigger than the neon atom because it has one more electron shell (due to 8 more electrons). The extra shell will contribute to a larger atom size.
What else can I help you with?
What are the similarities and differences between the halogen family and the inert gases?
Similarities: Both halogens and inert gases are part of the same group in the periodic table (Group 18). They are both stable elements with full valence electron shells. Differences: Halogens are highly reactive nonmetals that readily form compounds with other elements, while inert gases are extremely unreactive due to their stable electron configurations and rarely form compounds. Halogens are found in nature in various compounds, while inert gases are typically found in their pure form.
What periodic group does the element neon belong to?
Neon belongs to the noble gas group on the periodic table. Specifically, it is located in Group 18, which is also known as the noble gases or inert gases. These elements are known for their stable and unreactive nature.
Group 8A also referred to as Group 18 elements on the periodic table share which characteristics?
The group 18 elements, also called the noble gases, are gaseous elements, completely nonreactive, with a full, stable valence shell. They were the last elements to be discovered because they're inert.
What is the percentage of inert gases in atmosphere?
there is 1.25 percent of inert gases in the atmosphere
Is hydrogen an inert gas?
No....It's outer energy level is not filled and therefore it is a reactive gas. Inert gases have a filled outer shell i.e. He, Ar, Kr, etc. which are the Noble gases in the far right hand column of the periodic table.. VIII
Which family of atoms on the periodic table is inert?
The noble gases in group 18 are inert.
What is located on the right of the periodic table?
inert gases
Where is inert gases founded in the periodic table?
In Group 18.
What is the name of group 18 elements in the periodic table?
it is 35
Are halogens inert gases?
No. halogens are not inert gases. Halogens are group 17 elements. Inert gases or noble gases are the group 18 elements Helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (Xe) and radon (Rn) are the six inert gases.
What group on the periodic table is the least metallic?
Inert/noble gases
What familie does krypton belong to?
Krypton belongs to the Inert or Noble gases group or chemical family in the Periodic Table.
What elements are inert gases?
Inert gases, or noble gases, make up the 18th column on the periodic table. The names of the gases (in order from top to bottom) are: helium, neon, argon, krypton, xenon, radon.
What is the name of group 18 on the periodic table?
Group 18 on the Periodic Table contains the Inert Gases. Inert Gases tend to be unreactive. This group has the elements Helium, Neon, Argon, Krypton, Xenon, and Radon.
Which group of the periodic table do exceptionally inert gases belong and why are they inert?
Exceptionally inert gases belong to Group 18 (Noble gases) in the periodic table. They are inert because their outermost electron shells are full, making them stable and less likely to form chemical bonds with other elements. This full electron shell configuration results in low reactivity, hence their classification as inert gases.
What is the family of inert gases marking the right side of the periodic chart?
The family of inert gases on the right side of the periodic chart is known as the noble gases. They include helium, neon, argon, krypton, xenon, and radon. These gases are characterized by their low reactivity and stable electron configuration.
Why are the elements in Family 18 called inert in the periodic table?
Inert means unreactive, and most of these gases never react.
