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The order of decreasing ease of reaction with ammonia is
- a)anhydrides,ester,ether
- b)anhydrides,ethers,ester
- c)ethers,anhydrides,esters
- d)esters,ethers,anhydrides
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
The order of decreasing ease of reaction with ammonia isa)anhydrides,e...
NH3 being nucleophile will attack acid anhydride and esters readily but will not attack another nucleophile (Lewis base) ether. Therefore order will be Anhydrides > Esters > Ethers
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The order of decreasing ease of reaction with ammonia isa)anhydrides,e...
NH3 being nucleophile will attack acid anhydride and esters readily but will not attack another nucleophile (Lewis base) ether. Therefore order will be Anhydrides > Esters > Ethers
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The order of decreasing ease of reaction with ammonia isa)anhydrides,e...
Order of Decreasing Ease of Reaction with Ammonia:
Anhydrides, Ester, Ether
1. Anhydrides: Anhydrides are the most reactive towards ammonia among the given options. They readily undergo nucleophilic addition reactions with ammonia due to the presence of electron-withdrawing carbonyl groups.
2. Ester: Esters come next in the order of reactivity with ammonia. They can also react with ammonia to form amides, but they are less reactive compared to anhydrides due to the presence of an electron-donating alkyl group.
3. Ether: Ethers are the least reactive towards ammonia among the given options. Ethers do not undergo nucleophilic addition reactions with ammonia easily because they lack electrophilic sites like carbonyl groups present in anhydrides and esters.
Therefore, the correct order of decreasing ease of reaction with ammonia is anhydrides > ester > ether.
Anhydrides, Ester, Ether
1. Anhydrides: Anhydrides are the most reactive towards ammonia among the given options. They readily undergo nucleophilic addition reactions with ammonia due to the presence of electron-withdrawing carbonyl groups.
2. Ester: Esters come next in the order of reactivity with ammonia. They can also react with ammonia to form amides, but they are less reactive compared to anhydrides due to the presence of an electron-donating alkyl group.
3. Ether: Ethers are the least reactive towards ammonia among the given options. Ethers do not undergo nucleophilic addition reactions with ammonia easily because they lack electrophilic sites like carbonyl groups present in anhydrides and esters.
Therefore, the correct order of decreasing ease of reaction with ammonia is anhydrides > ester > ether.
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The order of decreasing ease of reaction with ammonia isa)anhydrides,ester,etherb)anhydrides,ethers,esterc)ethers,anhydrides,estersd)esters,ethers,anhydridesCorrect answer is option 'A'. Can you explain this answer?
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