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Well, that's because argon is a noble gas. Noble gases are in group 18 of the Periodic Table. It's very stable, inert and unreactive because of its electronic structure, [Ne] 3s2 3p6. All its shells are fully filled with electrons - we say that it has the stable octet structure or noble gas configuration. That's why there is no necessity for argon to gain, lose or share electrons with other atoms, and even among argon atoms. So it exists as a monatomic atom, just one atom on its own. It just doesn't need to bond and can stay inert and stable just by its own.
What else can I help you with?
Two atoms of bromine react with each other to form what kind of bond?
Two bromine atoms will form a nonpolar covalent bond when they react with each other.
When two chlorine atoms combine with each other what bond forms?
When two chlorine atoms combine with each other, they form a covalent bond known as a chlorine molecule (Cl2). In this bond, the atoms share a pair of electrons to achieve a stable electronic configuration.
Does vanillin hydrogen bond?
Yes, vanillin can hydrogen bond. Vanillin contains oxygen atoms that can serve as hydrogen bond acceptors, allowing it to form hydrogen bonds with hydrogen atoms from other molecules.
Two atoms of bromine react with each other to form what bond?
In any diatomic element it is always a covalent bond.
What describes the bond between nitrogen and hydrogen?
The bond between nitrogen and hydrogen is called a covalent bond. In this type of bond, the atoms share electron pairs to achieve a stable configuration. This bond is relatively strong compared to other types of bonds.
Does argon have colvent bonds?
No, argon does not form covalent bonds. Being a noble gas, argon exists as individual atoms that do not bond with other atoms to share electrons. Argon atoms have a full valence shell, making them stable and unreactive.
What type of bond does argon gas have?
None whatsoever. Argon is a monatomic gas.
Can two argon atoms form a covalent bond to give ar2?
No, two argon atoms cannot form a covalent bond to give Ar2. Argon is a noble gas with a full valence shell of electrons, making it very stable and unreactive. It does not readily form bonds with other atoms.
What type of bond is argon and helium?
None No compound of He and Ar is known- or even suspected.
What type of bond formed between hydrogen and argon?
No bond forms between hydrogen and argon because they belong to different groups on the periodic table. Hydrogen typically forms covalent bonds with other elements, while argon is a noble gas that exists as individual atoms.
What type of bond is argon?
The argon molecule is mono-atomic and so there is no bond.
Why can't argon bond?
Argon cannot form bonds because it has a full octet of electrons in its outer shell, making it very stable. It does not need to gain, lose, or share electrons with other atoms to achieve a stable electron configuration. Therefore, argon exists as independent, non-reactive atoms.
What type of bonds does Argon have?
Argon is a noble gas and does not typically form chemical bonds with other elements. It exists as single atoms (Ar) rather than bonded molecules.
What type type of bond does argon normally form?
To my knowledge argon is a noble gas, meaning it is extremely stable and very unlikely to bond. It may be I don't know enough but as a noble gas I believe it doesn't make bonds to other atoms.
Is Argon and Neon a covalent or ionic bond?
They are neither. Neon and Argon are nobel gases, which means they don't normally bond at all, for they have a full outter electron shell.
How many covalent bonds does argon form?
Argon is a noble gas and is known to be chemically inert, so it typically does not form covalent bonds. It exists as single atoms and does not readily bond with other elements.
What makes argon a monatomic molecule and why?
Argon is a monatomic molecule because it exists as individual atoms (Ar) in its stable form, with no need to bond with other atoms. It is a noble gas with a full valence shell, making it energetically favorable to exist as a single, unreactive atom.
