Consider the reaction of cyclopentanone with acetylene and sodium amide, followe

Question

Consider the reaction of cyclopentanone with acetylene and sodium amide, followed by the hydrolysis with water. A compound having molecular formula c7h10o results. If the c7h10o compound is reduced using hydrogen and a lindar catalyst, one mole of hydrogen is added making compound c7h12o. When c7h12o is treated with potassium hydrogen sulfate and heat, a hydrocarbon c7h10 results.

Identify the three compounds formed in each reaction.

Consider the reaction of cyclopentanone with acetylene and sodium amide, followed by the hydrolysis with water. A compound having molecular formula C7H100 results. If the C7H100 compound is reduced using hydrogen and a Lindar catalyst, one mole of hydrogen is added resulting in the compound C7H120. When C7H120 is treated with potassium hydrogen sulfate and heat, a hydrocarbon C7H10 results. Identify the three compounds formed in this reaction sequence. Reaction 1 Reaction 2 Reaction 3

Explanation / Answer

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