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Rare or inert gases are more commonly know as what?
The rare or inert gases are more commonly known as the noble gases.
What evidence do scientist have that the inert gases are not completely inert?
From about 50 years the chemistry of noble gases is more and more better known; many compounds are known and the future is promising.
Why nible gases changed the nsme to inert gases?
it is just more correct since they are very inert
What is the difference between inert and active gases?
inert gases have a complete valence shell and it takes a lot of energy for them to react. active gases do not have a complete outer shell and are more readily to reactive with other substances.
What makes inert gases different from the other groups in the periodic table?
Inert gases, also known as noble gases, have full valence shells of electrons, making them stable and unreactive. This stability is due to their complete octet of electrons. In contrast, other groups in the periodic table have varying numbers of valence electrons and are more likely to form chemical bonds with other elements to achieve stability.
What is the Family name for argon?
The group that argon belongs to is the Noble Gases, otherwise known as the inert gases. However, Noble gases is the more acceptable term nowadays because the description inert implies that they cannot be reacted with. These Noble Gases such as argon can be reacted with, but they need incredibly extreme conditions to do such.
What is the opposite of inert gas?
The opposite of an inert gas would be a reactive gas. Inert gases are stable and do not readily react with other elements, while reactive gases are more likely to form chemical bonds with other elements. Examples of reactive gases include oxygen, chlorine, and fluorine.
What is inner gases?
The term "inner gases" does not have a specific scientific definition. It could potentially refer to gases inside a closed system or container, such as within a gas cylinder or a vehicle's fuel tank. More context would be needed to provide a more specific answer.
Why is inert gas used in a light bulb?
Inert gases, such as argon or nitrogen, are used in light bulbs to prevent the filament from oxidizing and burning out quickly. These gases create a non-reactive environment that helps prolong the life of the filament by reducing evaporation and the formation of tungsten deposits on the bulb's glass. Additionally, the use of inert gases allows for a more stable and efficient light output.
Why do inert gases react with fluorine and oxygen gases?
Inert gases, such as helium, neon, and argon, typically do not react with other elements due to their stable electron configuration. However, under certain extreme conditions, such as high temperatures or electrical discharge, they can react with highly reactive elements like fluorine and oxygen to form compounds. The reaction with fluorine and oxygen helps stabilize the electron configuration of the inert gas, making the compound more stable.
What substance formed by the combination of two or more elements and they lose their distinct properties?
Almost all except for inert gases.
What is the inert gas that's lighter than air?
There are two problems with this question, one is that inert gas is more than one substance and the second is that so is air. Air is a mixture of nitrogen, oxygen, carbon dioxide, argon and other gases. The best way to determine its mass is to take an average between these components. Next, what's an inert gas? Strictly speaking, the inert gases are the noble gases, which are the elements in group 0 of the periodic table. They are helium, neon, krypton, radon, xenon and argon. Hang on..., isn't argon in air? Helium is the lightest inert gas and as anyone who has seen a helium balloon can testify, it is lighter than air. The further down group 0 you go, towards the likes of xenon and radon, the heavier they get. From krypton onwards, they are all heavier than air except.... ... except that all of the noble gases, or the inert gases, can be found in air, in very small amounts. So in a weird way, if you're asking if inert gases are heavier than air, you're asking if they're heavier than themselves. But to put it in the simplest terms, there is more than one inert gas. Helium can be considered an example of an inert gas that is lighter than air, whereas xenon can be considered an example of one that is heavier.
