Under what circumstances do noble gases react chemically? And what reaction? Chemical formula

f2+xexe+f2=xef2

xe+2f2=xef4

xe+3f2=xef6

The above reaction conditions are high temperatures.

Because the outermost electron of xenon is 8

When reacting with other substances, it is necessary to break the stable structure first.

i.e. loss of electrons.

But another substance should be very oxidizing such as F2

Of course, radon can also react with F2.

and more reactive.

But due to its radioactivity.

This is not the case.

Actually, I won't either.

f2+xexe+f2=xef2

xe+2f2=xef4

xe+3f2=xef6

The above reaction conditions are high temperatures.

Because the outermost electron of xenon is 8

When reacting with other substances, it is necessary to break the stable structure first.

i.e. loss of electrons.

But another substance should be very oxidizing such as F2

Of course, radon can also react with F2.

and more reactive.

But due to its radioactivity.

This is not the case.

Actually, I won't either.

Helium, neon, and argon have not yet formed compounds. Krypton, xenon, and radon can form a series of compounds with fluorine, such as krypton difluoride, radon difluoride, xenon difluoride, xenon tetrafluoride, xenon hexafluoroplatinum acid, etc.

Noble or noble gases refer to the 18 group elements on the periodic table (the new IUPAC regulations, i.e. the original group 0). At room temperature and pressure, they are all colorless and odorless monoatomic gases, which are difficult to carry out chemical reactions. There are six naturally occurring noble gases, namely helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (XE) and radioactive radon (RN).

OG is a synthetic rare gas with a very unstable nucleus and a short half-life (5 milliseconds). According to the periodic law, it is estimated that OG is more reactive than radon. However, theoretical calculations show that it can be very reactive and not necessarily a noble gas.

However, the carbon group element Fl (formerly tentatively named UUQ) exhibits similar properties to noble gases.

No. Noble gases are chemically inactive and, in general, do not react with other substances (once called noble gases).

It is generally believed that noble gases are chemically stable and do not easily react with other substances. In middle school, the default is not to react with any substance.

However, reactions can occur under some conditions, such as at high temperatures

xe+f2=xef2

xe+2f2=xef4

xe+3f2=xef6

The above reaction conditions are high temperatures.

Because the outermost electron of the noble gas atom is 8, it is a stable structure in itself, and the stable structure needs to be broken first when reacting with other substances.

Xenon can react with fluorine.

The first half of the sentence is true: the chemical properties of noble gases are very inactive, and the second half of the sentence is wrong, although the chemical properties of noble gases are very inactive, but this "inactivity" is manifested as "difficult" to react with other substances, not "cannot react with any substance".

Noble gases can react with other substances under certain conditions, such as: XE + 2F2 XEF4, xenon and fluorine can react with the amount ratio of substances 1:2, in addition to other noble gases can also react with some substances under certain conditions.

So this perception is wrong.

Landlord, this statement is false.

Because at high temperatures, catalysts and other conditions will still have chemical reactions with some substances.

Incorrect!

It's just that it's hard to react with other substances, not to react at all.

For example: xe+f2=xef2

The reaction conditions are mostly high temperatures.

Or another substance should have strong oxidizing properties such as f2

This is not true.

The first half of the sentence is correct, the second half of the sentence is not! The second half of the sentence is too absolute, because you don't know the substance and conditions of the reaction at all!

Hope it helps!

This statement is incorrect, because xenon and fluorine are mixed and heated, and if the amount of fluorine increases, xenon difluoride, xenon tetrafluoride, and xenon hexafluoride can be prepared in turn.

Incorrect, it is almost no chemical reaction with any substance, but it can also react with substances that are highly oxidizing or reducing.

For example, argon and xenon can react with fluorine.

I hope it will help you, he is too profound, you don't need to understand everything, just know that rare gases can also react, and then discuss this issue when you learn a higher level in the future.

Wrong.

Recently, scientists have discovered that some "noble gases" can react with other substances to change their valence. Therefore, the scientific community now generally uses "noble gas" instead of the original "noble gas".

Moreover, the group of the periodic table where the noble gas is originally located is the "0" group. It has been proposed by some to change to the "VIIIA" family.