Which one of the following methods is suitable to generate aromatic compound(s) from linear aliphatic saturated hydrocarbons with at least six carbon atoms?

Question

Which one of the following methods is suitable to generate aromatic compound(s) from linear aliphatic saturated hydrocarbons with at least six carbon atoms? (A) Heating at 773 K (B) Mp 2 O 3, 773 K , 10-20 atm (C) Anhyd . AlCl 3, conc . HCl, Δ (D) Cu , 523 K , 100 atm

Tardigrade Admin · Accepted Answer

Alkane with six or more C-atoms, when heated under pressure in the presence of a catalyst Mo 2 O 3 at 773 K at 10-20 atm. First cyclise and then aromatise to give benzene.

Q. Which one of the following methods is suitable to generate aromatic compound(s) from linear aliphatic saturated hydrocarbons with at least six carbon atoms?

Heating at $773 K$

$M p_{2} O_{3}, 773 K, 10 - 20 a t m$

Anhyd $. A lC l_{3}$ , conc . $H Cl$ , $Δ$

$C u, 523 K, 100 a t m$

Alkane with six or more $C$ -atoms, when heated under pressure in the presence of a catalyst $M o_{2} O_{3}$ at $773 K$ at $10 - 20 a t m$ . First cyclise and then aromatise to give benzene.

Q. Which one of the following methods is suitable to generate aromatic compound(s) from linear aliphatic saturated hydrocarbons with at least six carbon atoms?

Heating at 773K

Mp2​O3​,773K,10−20atm

Anhyd .AlCl3​, conc . HCl, Δ

Cu,523K,100atm

Alkane with six or more C-atoms, when heated under pressure in the presence of a catalyst Mo2​O3​ at 773K at 10−20atm. First cyclise and then aromatise to give benzene.

Heating at $773 K$

$M p_{2} O_{3}, 773 K, 10 - 20 a t m$

Anhyd $. A lC l_{3}$ , conc . $H Cl$ , $Δ$

$C u, 523 K, 100 a t m$

Alkane with six or more $C$ -atoms, when heated under pressure in the presence of a catalyst $M o_{2} O_{3}$ at $773 K$ at $10 - 20 a t m$ . First cyclise and then aromatise to give benzene.