The product obtained on heating n- Heptane with $C r_{2} O_{3} - A 1_{2} O_{3}$ at $600^{0} C$ is :

cycloheptane

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cyclohexene

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benzene

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toluene

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Solution

The correct option is D toluene
Aromatisation: reaction of process is
$n - H e p t a n e C r_{2} O_{3} / A l_{2} O_{3} / 600^{0} C - ------------ \to t o l u e n e$

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Similar questions

n - hexane and n - heptane, when passed through $C r_{2} O_{3}$ supported over alumina at $600^{0}$ C respectively give

C r_{2} O_{3} / A l_{2} O_{3}

C r_{2} O_{3} / A l_{2} O_{3}

(A l_{2} O_{3} + C r_{2} O_{3})

(A l_{2} O_{3} + C r_{2} O_{3})

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