Conversion of hexane into benzene involves the reaction of

Question

Conversion of hexane into benzene involves the reaction of (A) hydration (B) hydrolysis (C) hydrogenation (D) dehydrogenation

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Hexane when heated to 773 K at 10-20 atm pressure in the presence of Cr 2 O 3, V 2 O 5 or Mo 2 O 3 supported over alumina gel undergoes dehydrogenation. (i.e loss of hydrogen) and cyclised to give benzene and its homologous <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/1170f59cf68d589cfb765679868c3a06-.png" />

Q. Conversion of hexane into benzene involves the reaction of

hydration

hydrolysis

hydrogenation

dehydrogenation

Hexane when heated to $773 K$ at $10 - 20 a t m$ pressure in the presence of $C r_{2} O_{3}, V_{2} O_{5}$ or $M o_{2} O_{3}$ supported over alumina gel undergoes dehydrogenation. (i.e loss of hydrogen) and cyclised to give benzene and its homologous

Q. Conversion of hexane into benzene involves the reaction of

hydration

hydrolysis

hydrogenation

dehydrogenation

Hexane when heated to 773K at 10−20atm pressure in the presence of Cr2​O3​,V2​O5​ or Mo2​O3​ supported over alumina gel undergoes dehydrogenation. (i.e loss of hydrogen) and cyclised to give benzene and its homologous

Hexane when heated to $773 K$ at $10 - 20 a t m$ pressure in the presence of $C r_{2} O_{3}, V_{2} O_{5}$ or $M o_{2} O_{3}$ supported over alumina gel undergoes dehydrogenation. (i.e loss of hydrogen) and cyclised to give benzene and its homologous