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👉 The term "carbonyl" is used to describe a type of molecule in organic chemistry. It refers to an oxygen atom attached to a carbon atom, which can be bonded to other atoms or groups. In the context of organic compounds, a carbonyl group is often referred to as a functional group because it has a double bond between two carbon atoms. This allows for the formation of various functional groups that can have different chemical properties depending on their location and arrangement within the molecule. For

carbonyl

👉 The term "carbonylate" is a chemical terminology that refers to a compound formed by the reaction of carbon atoms with an oxygen atom. In this context, it typically implies a substance or molecule containing one or more carbon-carbon bonds (also known as a carboxylic acid). The name "carbonylate" comes from the presence of a carboxyl group on the carbon atom responsible for forming the carbonyl functional group in the compound.

carbonylate

👉 The term "carbonylated" refers to a chemical compound that is formed when an amino acid or carboxylic acid is attached to another molecule. This process can occur in several ways, including through a hydrolysis reaction, where a carboxyl group is broken off from an amino acid, and through an esterification reaction, where a carboxyl group is added to an amino acid. The term "carbonylated" also refers to the presence of a carb

carbonylated

👉 The term "carbonylating" refers to a chemical reaction in which an organic compound is reduced or oxidized by another substance. In this context, it involves the addition of carbon atoms to form a different type of molecule, typically resulting in a more stable and reactive form. For example, when hydrogen sulfide (H2S) reacts with water (H2O), the reaction produces sulfuric acid (H2SO4). This reaction is known as carbonylating because

carbonylating

👉 In chemistry, a process of the addition of an oxygen atom to a carbon atom in a molecule is known as carbonylation. It can be thought of as the formation of a functional group on the carbon that has been bonded with an oxygen. For example, in the reaction between ethylene (C2H4) and water (H2O), the oxygen from the water acts as a reducing agent, which means it is replacing the oxygen atom of the carbon. The resulting compound, eth

carbonylation

👉 Carbonylene is a type of organic compound that consists of one or more carbon-carbon double bonds. It is composed of two carbon atoms bonded to a hydrogen atom, and it has a very specific structure and chemical properties. Carbonylenes are widely used in chemistry for their functional groups, which can be used as reactants in many reactions, such as the synthesis of various chemicals and pharmaceuticals. Some examples of carbonylene compounds include: -

Alkenes

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carbonylene

👉 In chemistry, a carbonyl group is an oxygen atom attached to a carbon atom. It's often denoted by the symbol "C". Carbonyls are important in organic chemistry, where they can participate in reactions involving oxygen atoms and form compounds with other elements or molecules. Some examples of these include carboxylic acids (e.g., acetic acid), alcohols, and ketones.

carbonylic

👉 In chemistry, a carbonyl is a molecule that contains one carbon atom bonded to another. It is composed of two atoms of carbon, each bonded to one atom of oxygen. The name "carbonyl" comes from the chemical symbol for carbon (C) and the word "carbon".

carbonyls