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In organic chemistry, a vinyl group (abbr. Vi; IUPAC name: ethenyl group) is a functional group with the formula −CH=CH 2. It is the ethylene (IUPAC name: ethene) molecule ( H 2 C=CH 2 ) with one fewer hydrogen atom.
Within Vinyl Group, our ecosystem of brands, including Vampr, Jaxsta, Vinyl.com and The Brag Media, provide tech solutions that connect music creators, fans and brands.
Vinyl or ethenyl is the functional group C H = C H 2, namely the ethylene molecule (H 2 C = C H 2) minus one hydrogen atom. The name is also used for any compound containing that group, namely R C H = C H 2 where R is any other group of atoms.
Over the last 50 years, Vinyl Products has flourished into a diversified conglomerate – The Vinyl Group of Companies – encompassing a diverse range of ventures including manufacturing, trading, finance, retail, and hospitality.
Over the last 50 years, Vinyl Products has flourished into a diversified conglomerate – The Vinyl Group of Companies – encompassing a diverse range of ventures including manufacturing, trading, finance, retail, and hospitality.
Vinyl Group functions as an umbrella brand that incorporates the company’s core brands: Jaxsta, Vampr, Vinyl.com and The Brag Media.
Sep 24, 2023 · A vinyl group is a functional group with the formula $\ce{−CH=CH2}$ and allyl group is vinyl group but an extra methylene bridge ($\ce{-CH2}$), so it is $\ce{−CH2−HC=CH2}$. So, the carbons in vinyl group is "vinylic" carbon and the carbon in the extra methylene bridge is the "allylic" carbon.
Vinyl Group made a strategic move into the financial sector by acquiring a listed, RBI-approved Non-Banking Financial Company (NBFC). This acquisition allowed them to include lending and other financial services as a part of their operations.
Dec 21, 2023 · The Brag Media joins Vinyl Group’s existing portfolio of businesses that include music credits business Jaxsta, social-professional network and talent marketplace Vampr and online record store Vinyl.com.
A vinyl group is an alkene with the formula CH₂=CH−, where two carbon atoms are double-bonded to each other, and one of these carbons is bonded to another group or element. It acts as a fundamental unit in organic chemistry for forming more complex molecules through reactions at its double bond.
