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These are the noble gases, which means that they have valency 0. The noble gases, or inert gases, have a full outer shell of electrons. This means that they have no spontaneous incentive to enter into compounds with other elements or each other. There are extremely few known compounds that include a noble gas. It is true that noble gases are electrically neutral, but then so are all elements unless something is done to them, like very high temperatures or electric discharges. A noble gas in a discharge tube behaves like any other element. If you doubt this, look at a neon sign ! The difference between inert gases and other elements has nothing to do with neutrality of charge. It is quantum mechanical in nature. Any electron orbit will hold only so many electrons; in a filled orbit all the electrons "feel comfortable". If the outer orbit holds one too few to be full, it has a vacancy for one more to get comfortable. If the outer orbit has only one, the loan of one electron to some other atom empties the outer shell, leaving a new outer shell which is full, and thus also comfortable This makes it very easy to understand a molecule like NaCl, common salt. Sodium has one electron in its outer shell and chlorine has seven. When sodium lends an electron to chlorine each atom then has a full outer shell. Since the sodium now has one fewer electron than protons it has a positive charge. The chlorine atom now has a negative charge because it gained an electron; this causes the two atoms to stick tightly together as a molecule of salt. If a noble gas were to lend an electron, or to borrow one, it would not be "comfortable" in a quantum mechanical sense.
What else can I help you with?
What is he element is found in the same period as sulfur and argon and that is more reactive than sulfur and argon?
The element found in the same period as sulfur and argon, and more reactive than both, is chlorine. Chlorine is a highly reactive nonmetal that belongs to the same period (or row) as sulfur and argon on the periodic table.
Which of the following elements would be more reactive with other elements boron?
Boron is more reactive with other elements compared to carbon. Boron is a metalloid that tends to form covalent compounds in compounds such as borides. Its reactivity is influenced by its electron configuration and small atomic size.
Is potassium more reactive than argon?
Yes you are correct, potassium being an alkali metal is definitely more reactive than argon which is a noble gas (group 18 element). Potassium reacts violently with just water while argon is very inert and stable, which is why it remains in the atmosphere as a monatomic element.
What atomic number is the least reactive?
You would have to give me number to compare but I would say the one with the higher atomic number. The atomic number is the number of protons in the nucleus, so I would assume that the more protons an atom has, the more reactive it is. like with a magnet, if you have two or three magnets, they will be reactive, but if you have seven or eight, they will be much MORE reactive. Hope this helps!
Why is chlorine more reactive than argon?
Chlorine is very reactive because it is a halogen (Group VII of the Periodic Table) and it does not have a filled outermost energy level. Argon is unreactive because it is a noble gas (Group VIII of the Periodic Table). Its outermost energy level is full.
Is helium more reactive than argon?
No, helium is not reactive because it is a noble gas and has a full outer electron shell, making it very stable. In contrast, argon is also a noble gas and is not reactive due to its full outer electron shell.
What are the most reactive element out of neon argon and helium?
Among neon, argon, and helium, neon is the most reactive because it tends to form compounds with other elements under extreme conditions. Helium and argon are noble gases and are generally unreactive due to their stable electronic configurations.
What is more reactive boron or Florine?
Fluorine is more reactive than boron. Fluorine is the most reactive non-metal element and readily forms compounds with other elements, while boron is a metalloid that is less reactive than fluorine.
Is argon more reactive than oxygen?
No, argon is not more reactive than oxygen. In fact, argon is a noble gas and is very non-reactive, while oxygen is a highly reactive element that readily participates in chemical reactions.
Can you inflate balloons with Argon?
Yes, you can inflate balloons with Argon gas. Argon is commonly used in balloons for special events like parties and celebrations because it is non-reactive and non-toxic. However, it is more expensive than using helium.
Which is more reactive chlorine or argon?
Argon is chemically inert due to the presence of filled orbitals. Chlorine is highly reactive as it requires one more electron to gain octet.
Is Argon or sodium more reactive?
sodium
How reactive is the boron family?
The boron family is moderately reactive. Boron itself is a relatively unreactive element, while the elements below it in the group, such as aluminum, can be more reactive due to their ability to form stable compounds with other elements.
Which element has the largest atom Helium or argon?
Argon has a higher mass number which means it has more particles in its nucleus than helium so I would go with argon.
Is argon or magnesium more reactive with oxygen?
Argon is a Non-Reactive Element. Magnesium is a very Reactive Element. Magnesium will react violently when ignited in an Oxygen rich environment.
What is he element is found in the same period as sulfur and argon and that is more reactive than sulfur and argon?
The element found in the same period as sulfur and argon, and more reactive than both, is chlorine. Chlorine is a highly reactive nonmetal that belongs to the same period (or row) as sulfur and argon on the periodic table.
Which of the following elements would be more reactive with other elements boron?
Boron is more reactive with other elements compared to carbon. Boron is a metalloid that tends to form covalent compounds in compounds such as borides. Its reactivity is influenced by its electron configuration and small atomic size.
