Alcohols, Phenols and Ethers
Dehydration of alcohols can be done by using:
In the following dehydration of diol with $$\displaystyle { H }_{ 3 }{ PO }_{ 4 }$$, following product is:
Tertiary alcohol at $$\displaystyle { C }_{ 2 }$$ is more basic than secondary alcohol at $$\displaystyle { C }_{ 5 }$$. Hence, intramolecular dehydration takes place such that H of secondary alcoholic group at $$\displaystyle { C }_{ 5 }$$ eliminates $$\displaystyle OH$$ of tertiary alcoholic group at $$\displaystyle { C }_{ 2 }$$ (with isotopic $$\displaystyle \overset { 18 }{ O } $$) to form a cyclic ether.
Dehydration of alcohols can be done by using:
State how the following conversions can be carried out. Ethyl alcohol to Ethene.
In the following sequence of reactions, $$CH_3Br\overset{KCN}{\rightarrow}A\overset{H_3O^+}{\rightarrow}B\overset{LiAlH_4}{\rightarrow}C$$ The end product C is:
Which of the following alcohols will give the most stable carbocation during dehydration?
Explain mechanism of acid catalyses dehydration of ethyl alcohol?
The major product of the above reaction is :
Acid catalysed dehydration of t-butanol is faster than that of n-butanol because:
Choose the correct answer among the alternatives given: In the following reactions, (i)$$CH_3-\overset{CH_3}{\overset{|}C}H-\underset{OH}{\underset{|}C}H-CH_3\xrightarrow{H^+/heat}\underset{[Major\ product]}A +\underset{[Minor\ product]} B$$ (ii)$$A\xrightarrow[in\,absence\,of \,peroxide]{HBr,dark}\underset{Major\ product}C+\underset{Minor\ product}D$$ The major products $$A$$ and $$C$$ are respectively?
Name the reagents used in the following reaction: Dehydration of propan-2-ol to propene.
Which is the best reagent to convert cyclohexanol into cyclohexene?