CH_3-CHCl-CH_2-CH_3 xrightarrow[Delta]{KOH} t | vedclass

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(C) The reaction is the dehydrohalogenation of $2$-chlorobutane using an alcoholic base $(KOH)$.The base removes a $\beta$-hydrogen and a chloride ion

Vedclass · Accepted Answer

$3$

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(C) The reaction is the dehydrohalogenation of $2$-chlorobutane using an alcoholic base $(KOH)$.The base removes a $\beta$-hydrogen and a chloride ion to form alkenes.The possible products are:$1.$ But-$1$-ene $(CH_2=CH-CH_2-CH_3)$$2.$ $cis$-But-$2$-ene $(CH_3-CH=CH-CH_3)$$3.$ $trans$-But-$2$-ene $(CH_3-CH=CH-CH_3)$Since But-$2$-ene exhibits geometrical isomerism,it exists as two distinct stereoisomers. Therefore,the total number of elimination products is $3$.

Reactants	Products
$A$. $C_2H_5Cl$,moist $Ag_2O$	$I$. $CH_3CH_2ONO$
$B$. $C_2H_5Cl$,aqueous ethanolic $AgCN$	$II$. $C_2H_4$
$C$. $C_2H_5Cl$,aqueous ethanolic $AgNO_2$	$III$. $CH_3CH_2OH$
$D$. $C_2H_5Cl$,ethanolic $KOH$	$IV$. $CH_3CH_2NC$

$CH_3-CHCl-CH_2-CH_3 \xrightarrow[\Delta]{KOH} \text{product}$
The possible number of elimination products (alkene) of the given reaction is?

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Match the following:
Reactants Products
$A$. $C_2H_5Cl$,moist $Ag_2O$ $I$. $CH_3CH_2ONO$
$B$. $C_2H_5Cl$,aqueous ethanolic $AgCN$ $II$. $C_2H_4$
$C$. $C_2H_5Cl$,aqueous ethanolic $AgNO_2$ $III$. $CH_3CH_2OH$
$D$. $C_2H_5Cl$,ethanolic $KOH$ $IV$. $CH_3CH_2NC$

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$CH_3-CHCl-CH_2-CH_3 \xrightarrow[\Delta]{KOH} \text{product}$The possible number of elimination products (alkene) of the given reaction is?