Alkenes combine with carbon monoxide and hydrogen in presence of octacarbonyldicobalt as catalyst under high temperature and pressure to formA. aldehydes which can be further reduced to alcohols by hydrogenB. alkanes which are formed by addition of hydrogenC. alcohols formed byb reaction CO and hydrogenD. Ketones which can be further reduced to aldehydes by hydrogen.

Alkenes combine with carbon monoxide and hydrogen in presence of octac

1.	Alkenes combine with carbon monoxide and hydrogen in presence of octacarbonyldicobalt as catalyst under high temperature and pressure to formA. aldehydes which can be further reduced to alcohols by hydrogenB. alkanes which are formed by addition of hydrogenC. alcohols formed byb reaction CO and hydrogenD. Ketones which can be further reduced to aldehydes by hydrogen.
Answer» Correct Answer - A `R-CH=CH_(2)+H_(2)+CO to underset("aldehyde")(RCH_(2)CH_(2)CHO)overset(H_(2))rarr underset("alcohol")(RCH_(2)CH_(2)CH_(2)OH)`

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