they are noble gases. except for Xe they do not react. Helium is the smallest atom.
The three properties of matter are solids, liquids, and gases.
The vertical elements are called groups. They have similar chemical properties.
In a homogeneous mixture phases are not visible.
The naturally-occurring group 8 elements (helium, neon, argon, and kyrpton) are not completely inert, but they are more nearly so than any other group.
In Periodic table , Group 18 corresponds to Nobel gas group. They are six elements in this group. Helium , Neon , Argon , Krypton , Xenon , Radon constitute these group. They are chemically inert elements and having stable configuration.
No. Neon is a noble gas in group 18 and is chemically inert. Nickel is a metal in group 10 and is reactive.
No other element has exactly the same properties as neon (atomic mass, for instance), but the closest to most of the same chemical and physical properties is probably argon, neon's next neighbor down in its periodic group 18.
Argon is a nobel gas. Nobel gases are located in Group 18. Elements have similar properties within the same group. Argon has similar properties to Helium, Neon, Krypton, Xenon, and Radon.
Yes, the -NH2 group is polar and has weak basic (proton accepting) properties.
This is basic AS chemistry. Neon is in the group of the periodic table known as the noble gases. These elements are inert which means they don't react. Therefore neon does not have any compounds as it is unable to react with anything.
Phosphorus.
neon is a noble gas and has the properties of the noble gases.
=will neon combine with other elements=
Neon is colorless, orderless,tasteless gas.
Other elements in the same group will have similar chemical and physical properties to krypton. Krypton (Kr) is in group 18 of the periodic table, called the noble gases. Other noble gases, such as neon (Ne) or argon (Ar), will have similar chemical and physical properties to krypton.
Neon and argon have very similar chemical properties; mainly, they do not naturally react with any other element. This is why they are placed in the same group (#18) of the periodic table.
Amino acids are ampholytes because they exhibit both acidic and basic properties. The basic properties being due to the -NH2 group, and its acidic properties being due to its -COOH group.