What is the ratio of (x/y) in the above react | vedclass

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(D) In Reaction-$1$,the substrate has two $-OH$ groups (one alcoholic,one thiol) and two $-COCl$ groups.Each $-OH$ group reacts with $1$ mole of $CH_3

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$3$

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(D) In Reaction-$1$,the substrate has two $-OH$ groups (one alcoholic,one thiol) and two $-COCl$ groups.Each $-OH$ group reacts with $1$ mole of $CH_3MgBr$ as an acid-base reaction ($2$ moles total).Each $-COCl$ group reacts with $2$ moles of $CH_3MgBr$ as a nucleophilic addition-elimination reaction ($4$ moles total).Thus,$x = 2 + 4 = 6$.In Reaction-$2$,the substrate has one $-COOEt$ group and one $-CH_2Cl$ group.The $-COOEt$ group reacts with $2$ moles of $CH_3MgBr$ to form a tertiary alcohol.The $-CH_2Cl$ group is an alkyl halide and does not react with $CH_3MgBr$ under these conditions.Thus,$y = 2$ (Note: The provided solution had $y=3$,but based on the product shown,only $2$ moles are consumed for the ester).However,if we re-evaluate the product,the ester group consumes $2$ moles. The ratio $(x/y) = 6/2 = 3$.

Sets	Property
$I$. $NCCH_2COOH > FCH_2COOH > H_3CCH_2COOH$	Acidity
$II$. $CH_3CH_2CHO > PhCOCH_3 > PhCHO$	Reactivity
$III$. $H_3COCH_2CH_3 < H_3CCH_2CHO < H_3CCH_2CH_2OH$	Boiling points

What is the ratio of $(x/y)$ in the above reactions?

Similar Questions

Which of the following sets is in the correct order regarding the property mentioned against them?
Sets Property
$I$. $NCCH_2COOH > FCH_2COOH > H_3CCH_2COOH$ Acidity
$II$. $CH_3CH_2CHO > PhCOCH_3 > PhCHO$ Reactivity
$III$. $H_3COCH_2CH_3 < H_3CCH_2CHO < H_3CCH_2CH_2OH$ Boiling points

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