What is inert mean in chemistry?

A chemical is said to be inert if it does not react with other substances under normal conditions. This means that a chemical will not react with other substances unless it is purposefully added. This is the most common definition of inert. However, the term “inert” is not an absolute one. For example, some substances can be rendered temporarily inert in the presence of other substances. This is called facilitation.

What does an inert gas mean in chemistry?

An inert gas is a gas that does not react with other gasses or with substances at or near room temperature. This includes gases like nitrogen, argon, helium, and carbon dioxide. Inert gases are extremely safe to use and are used in many applications in the chemical industry and in laboratories. When it's used as a gas, an inert gas is always in its gaseous state and does not turn into a solid or liquid.

What is inert gas mean in chemistry?

Inert gas refers to any gas that is unable to chemically react with other compounds. This includes most gases that you’re likely to come across. Inert gases do not burn, do not produce toxic fumes, and have little effect on living things.

What does inert mean in chemistry?

Inertness is a chemical property that is specific to a particular element. It means an element isn’t chemically reactive. Inertness is different from neutrality, which is a physical property that says an object has no charge. For example, quartz crystal is chemically inert, whereas most metals are chemically neutral because they are made of atoms with an equal number of positively charged protons and negatively charged electrons.

What is inert mean in general chemistry?

Inert means unable to react chemically with other substances. At the most basic level, the definition of an inert gas is one that does not react with other atoms. For example, oxygen is an example of an inert gas because it does not react with other non-metallic atoms. However, it does react with metallic atoms. Oxygen is a very reactive gas, meaning that it is involved in many chemical reactions.