The pyrolysis of acetaldehyde under certain conditions can be an intramolecular process. How many alkanes with 2 carbon atoms are formed in the pyrolysis of a mixture of $C H_{3} C H O$ and $C D_{3} C D O$ ?

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Solution

The pyrolysis of acetaldehyde is believed to take place according to the above image. After pyrolysis of mixture of $C H_{3} C H O$ and $C D_{3} C D O$ , produces two moles of alkenes with $2$ carbon atom.

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The pyrolysis of acetaldehyde under certain conditions can be an intramolecular process. How many alkanes with 2 carbon atoms are formed in the pyrolysis of a mixture of CH3CHO and CD3CDO?

The pyrolysis of acetaldehyde is believed to take place according to the above image. After pyrolysis of mixture of CH3CHO and CD3CDO, produces two moles of alkenes with 2 carbon atom.

The pyrolysis of acetaldehyde under certain conditions can be an intramolecular process. How many alkanes with 2 carbon atoms are formed in the pyrolysis of a mixture of $C H_{3} C H O$ and $C D_{3} C D O$ ?

The pyrolysis of acetaldehyde is believed to take place according to the above image. After pyrolysis of mixture of $C H_{3} C H O$ and $C D_{3} C D O$ , produces two moles of alkenes with $2$ carbon atom.