Which statement is correct for product 'X'?Cl | vedclass

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(D) The reagent $H_2/Pd/BaSO_4$ is known as Lindlar's catalyst or a poisoned catalyst used in the Rosenmund reduction.It selectively reduces the acid

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Alkene functional group is present in '$X$'

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(D) The reagent $H_2/Pd/BaSO_4$ is known as Lindlar's catalyst or a poisoned catalyst used in the Rosenmund reduction.It selectively reduces the acid chloride group $(-COCl)$ to an aldehyde group $(-CHO)$ and the alkyne group $(-C \equiv CH)$ to an alkene group $(-CH=CH_2)$.It does not affect the nitrile $(-CN)$ or ketone $(-CO-)$ functional groups under these conditions.Therefore,the product '$X$' contains an alkene functional group.

Which statement is correct for product '$X$'?
$Cl-CO-CH_2-C(C \equiv CH)(CH_2-CN)-CH_2-CH_2-CO-CH_3 \xrightarrow{H_2/Pd/BaSO_4} X$

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Which statement is correct for product '$X$'?$Cl-CO-CH_2-C(C \equiv CH)(CH_2-CN)-CH_2-CH_2-CO-CH_3 \xrightarrow{H_2/Pd/BaSO_4} X$