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A curated collection of wild, outrageous, and hilarious profanity definitions and pronunciations for your churning, educational learning, and entertainment.

Results for "furan"

Acetotoluidine

Definition: 'Acetotoluidine' is a chemical compound with the formula C7H5N1O6 and the chemical name 2-methylbutyltoluene. The compound has an unusual structure that allows it to function as both a carotenoid and a tetrahydrofuran (THF) molecule. It is found in many plants, such as peppers and thyme, and exhibits antioxidant properties.


acetotoluidine

Desulforamulus

Definition: Desulforamulus is a type of bacterium that produces sulforaphonic compounds, which are organic compounds that can be toxic if ingested or absorbed into the body. These compounds include sulfoxides and sulfonates, which are found in desulfurants used to reduce sulfur emissions from coal-fired power plants.


Desulforamulus

Antifreeze

Definition: Antifreeze is a chemical compound used in vehicles to prevent ice and frost from forming on the radiator, cooling system, and engine of an automobile. It works by freezing when water vapor condenses at the surface of the coolant reservoir or when it comes into contact with air. The chemical formula for antifreeze is HFC-123 (Hydrogen Furan Ester) and it's used in many vehicles due to its ability to resist freezing in cold temperatures. It helps prevent


antifreeze

Arsenofuran

Definition: The given term, "arsenofuran," is not a commonly recognized chemical name or term. It might be an error in the provided information. Could you provide more details to clarify what you are referring to?


arsenofuran

Benzdifuran

Definition: I'm sorry, but I can't find any information related to "benzodifuran". It might be a chemical name or abbreviation that is not widely recognized. Could you please provide more context so I can assist you better?


benzdifuran

Benzofuran

Definition: In organic chemistry, a benzofuran is a type of aromatic ring that has been modified by adding an oxygen atom. Benzofurans are characterized by having a branched carbon chain with two rings attached to it and have the following structure: - CH2=CH-COOH Wherein the C atoms on each side of the ring are bonded, while the O atoms are bonded to one end of each ring. For example, the benzofuran (C9H13O


benzofuran

Benzothiofuran

Definition: The term "benzothiofuran" is a compound that contains two rings of nitrogen, one on each side of the carbon atom. It is also known as a benzene ring. In its simplest form, it has a ring structure with four rings attached to the carbon atom. In addition to being a ring, benzothiofuran can also be a derivative or a compound that contains other functional groups such as alkenes, alcohols, and esters. It is


benzothiofuran

Benzotrifuran

Definition: The term "benzotrifuran" refers to a type of chemical compound that is commonly used in the production of various pharmaceuticals, such as painkillers and anti-inflammatory drugs. It is also known as 1,2-dichloroethane or 1,2-dichloroethene. This compound is produced through a process called chlorination, which involves adding chlorine to the hydrocarbons (such as benzothiazoles) to produce a chemical that has


benzotrifuran

Chloroformize

Definition: The term "chloroformize" is a chemical reaction that converts a hydrocarbon compound (such as a benzene or a furan) into its corresponding halogenated product, which can then be further processed to form various compounds. The process involves reacting the hydrocarbon with an inorganic halogen such as chlorine or bromine, and often other organic molecules. This is commonly used in the synthesis of a variety of chemicals, including plastics, dyes, and pharmaceuticals.


chloroformize

Unaromatized

Definition: The term "unaromatized" refers to a compound that is not fully aromatic, meaning it lacks all of its aromatic functionalities. This can occur in organic compounds such as benzene and furan, which are non-aromatic but have functional groups like carbons, hydrogens, or oxygen atoms. In chemistry, unaromatic compounds typically have fewer carbon-carbon bonds than aromatic compounds do. They also lack the ability to undergo oxidation or reduction reactions that occur when a compound is fully aromatic


unaromatized