When 2-butyne is treated with H_2/ Lindlar's | vedclass

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(D) When $2-$butyne is treated with $H_2/$ Lindlar's catalyst,compound $X$ (cis$-2-$butene) is produced as the major product.When $2-$butyne is treate

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$X$ will have higher dipole moment and higher boiling point than $Y$

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(D) When $2-$butyne is treated with $H_2/$ Lindlar's catalyst,compound $X$ (cis$-2-$butene) is produced as the major product.When $2-$butyne is treated with $Na/liq. NH_3$,it produces $Y$ (trans$-2-$butene) as the major product.Due to the polar nature of the cis isomer,$X$ (cis$-2-$butene) has a higher dipole moment than the trans isomer $Y$ (trans$-2-$butene).Additionally,the cis isomer has a higher boiling point than the trans isomer due to stronger intermolecular dipole-dipole interactions.Therefore,$X$ will have a higher dipole moment and higher boiling point than $Y$.

When $2-$butyne is treated with $H_2/$ Lindlar's catalyst,compound $X$ is produced as the major product and when treated with $Na/liq. NH_3$ it produces $Y$ as the major product. Which of the following statements is correct?

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