Which product is not obtained when text{CH}_3 | vedclass

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(B) The dehydration of ethanol $(	ext{CH}_3	ext{CH}_2	ext{OH})$ with concentrated $	ext{H}_2	ext{SO}_4$ depends on the reaction conditions.$1$. A

Vedclass · Accepted Answer

$	ext{CH} \equiv 	ext{CH}$

Vedclass · Answer

(B) The dehydration of ethanol $(	ext{CH}_3	ext{CH}_2	ext{OH})$ with concentrated $	ext{H}_2	ext{SO}_4$ depends on the reaction conditions.$1$. At $413 	ext{ K}$ $(140^{\circ}	ext{C})$, the reaction proceeds via an $S_N2$ mechanism to form diethyl ether $(	ext{C}_2	ext{H}_5	ext{OC}_2	ext{H}_5)$.$2$. At $443 	ext{ K}$ $(170^{\circ}	ext{C})$, the reaction proceeds via an $E1$ mechanism to form ethene $(	ext{CH}_2 = 	ext{CH}_2)$.$3$. Ethyl hydrogen sulfate $(	ext{C}_2	ext{H}_5	ext{HSO}_4)$ is formed as an intermediate in both processes.$4$. Acetylene $(	ext{CH} \equiv 	ext{CH})$ is not a product of this reaction.

Which product is not obtained when $\text{CH}_3\text{CH}_2\text{OH}$ reacts with $\text{H}_2\text{SO}_4$?

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