$CH_3OC_2H_5$ and $(CH_3)_3COCH_3$ are treated with hydroiodic acid. The fragments obtained after reactions are:

  • A
    $CH_3I + C_2H_5OH$; $(CH_3)_3CI + CH_3OH$
  • B
    $CH_3OH + C_2H_5I$; $(CH_3)_3CI + CH_3OH$
  • C
    $CH_3OH + C_2H_5I$; $(CH_3)_3COH + CH_3I$
  • D
    $CH_3I + C_2H_5OH$; $CH_3I + (CH_3)_3COH$

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Similar Questions

Consider the following reaction.
$C_6H_5-O-CH_2-C_6H_5 + HI \rightarrow \text{Product}$
Statement $I$ : In the above reaction, the product formed will be a mixture of benzyl alcohol and iodobenzene.
Statement $II$ : In the above reaction, the $-O-CH_2-$ bond is cleaved to give the product.
In the light of the above statements, choose the correct answer from the options given below:

Why is the $C-O-H$ bond angle in alcohol slightly less than the tetrahedral angle,whereas the $C-O-C$ bond angle in ether is slightly greater?

Which of the following ethers will undergo electrophilic substitution reaction?

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$Ph-O-CH_2-Ph \xrightarrow{HI} A + B$ will be

The given compounds can be differentiated by which of the following reagents?

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