Noble Gases

A nitrogen atom needs to gain three electrons to achieve a stable electron configuration similar to a noble gas. This would result in the nitrogen atom having a full outer electron shell, like that of a noble gas.

You probably don't need to change the dash lights. On the headlight panel there is a control to dim or brighten the dash lights. This same control allows you to turn them completely off. I don't remeber on that particular car if the light switch rotates or has a separate switch but all cars have this feature.

The noble gas used in light bulbs and photographic pictures is typically argon. Argon helps prevent the filament from burning out too quickly in light bulbs and provides a stable environment for processing photographic film.

Noble gases have a stable electron configuration with a full outer energy level, so they do not need to form bonds to achieve stability. As a result, they exist as monatomic gases and do not naturally form diatomic molecules.

• The outer most shell contains eight electrons which is known as octate.(exceptional case : Helium which contains two electrons in its valence shell. Thus, it is known as Duplet)
• Nobel gases show similar chemical properties as the no. of electrons in the outermost shell is same. Hence they have similar chemical properties
• Their valency is 0

It is part of the noble gasses the way the periodic table was made separated the noble gasses and hydrogen from the number with the rows I Might be wrong on this but I'm pretty sure that is correct :D

noble gases are of very importance in our daily life as we make conclusions about the other valence shell completion of other elements by knowing the noble gases valence electronic configuration

A sponge is an item that can be completely filled with moisture due to its porous nature.

[Ne] 3s2 3p4

The noble gas notation for the electron configuration of iron (Fe) is [Ar] 3d6 4s2, where [Ar] represents the electron configuration of the noble gas argon.

Helium is the lightest of the three gases, with an atomic mass of 4 compared to 16 for oxygen and 14 for nitrogen.

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In the same period as Zr (Zirconium), the noble gas is Kr (Krypton). Both Zirconium and Krypton are in the fourth period of the periodic table.

In terms of electron configuration, an ion typically seeks to achieve the same electron configuration as its corresponding noble gas in order to attain greater stability. This can lead to similar chemical properties between the ion and its noble gas counterpart. However, the ion may have different physical properties due to its electric charge and size.

Neon, if you are talking about an oxygen ion.

No, the contents of a helium balloon are in the gas phase. Plasma is the fourth state of matter, which consists of charged particles such as electrons and ions.

To determine the theoretical mass of xenon tetrafluoride that forms, first calculate the limiting reactant by converting the masses of xenon and fluorine to moles using their molar masses. Then, use the mole ratio from the balanced chemical equation (Xe + 2F2 -> XeF4) to find the limiting reactant. Finally, use the limiting reactant to calculate the theoretical mass of xenon tetrafluoride formed.

argon (atomic number 18) is the closest to calcium (atomic number 20)

When an electron is removed from the valence shell of a noble gas, it forms a positively charged ion since the number of protons in the nucleus is greater than the number of electrons. This process requires energy and is generally not favored for noble gases due to their stability from having a full valence shell.

If the lid is removed from a container holding helium gas, the helium will escape into the surrounding environment since helium is lighter than air. This can result in the helium dispersing quickly due to its low density compared to the air around it.

the force of attraction b/w the nucleons is because of the continues transfer of newtons to protons and protons to newtons. If there are no newtons then only protons will be there in the nucleus. hence only repulsive force will b there making the nucleus unstable hence the atom will not exist in that situation...........

Silicon has the great molecular form which makes it very strong and requires a lot of energy to break this bonds. However, Argon has the lowest melting point because it has weak Van Der Waals forces which barely keeps this atoms together, so it does not require a lot of energy.

Radon (as down a group, the atomic size increases and the ionization energy decreases)

The noble gases do not interact or react to the other elements because they have electron balanced shells. They do not need one or have one to give.

Because of this they don't inteact with the other elements unless forced. Not unlike the humans that think they are "noble". Hence the name Noble gases.

Krypton usually achieves a stable electron configuration by staying inert and not reacting with other elements due to having a full outer electron shell. Its full outer shell of electrons makes krypton highly stable and unreactive, following the octet rule to have 8 valence electrons.