Question

Why $CC{l}_4$ is used in Halogenation?

Answer 1

Halogenation:

• Halogenation may be a chemical preparation that happens when one or more incandescent lights are included in a fabric.
• Halogens are the seventh column of the periodic table and include fluorine, chlorine, bromine, iodine, and astatine.
• A halogenated compound is a chemical that results from a halogenation reaction.

$CC{l}_4$ is used in Halogenation are:

• Carbon tetrachloride ($CC{l}_4$) is a non-polar inert solvent. The fundamental goal is to use these inert solvents to dissolve the reactants in the process.
• As an electrophile, $B{r}^{+}$ attacks alkene and undergoes an electrophilic addition reaction. In actuality, $CC{l}_4$ has no influence on the reaction; it is only used to distinguish it from a reaction in which the solvent is $H_{2}O$, in which a bromohydrin is generated.
• $B{r}_2$ is far more soluble in tetrachloromethane, $CC{l}_4$ (carbon tetrachloride) than in water. Just to be clear. Bromine and $CC{l}_4$ are both nonpolar, with dispersion forces acting as the sole forces present.
• They're also incredibly similar, and "like dissolves like" reigns supreme.
• Tetrachloromethane, sometimes referred to as carbon tetrachloride, is an organic compound with the formula ${\mathrm{CCl}}_4$
• Given that it has a carbon atom linked to multiple halide functional groups, this chemical is frequently categorized as a polyhalogenated organic compound.
• The production of colorless ethylene bromide when ethene is added to bromine solution in ${\mathrm{CCl}}_4$ causes the orange color of the bromine to disappear.
• The color of potassium permanganate is released when Baeyer's reagent combines with ethene.