Assertion : Formaldehyde cannot be prepared by Rosenmund's reduction.

1.	Assertion : Formaldehyde cannot be prepared by Rosenmund's reduction.Reason : Acid chlorides can be reduced into aldehydes with hydrogen in boiling xylene using palladium or platinum as a catalyst supported on barium sulphate. This is known as Rosenmund's reduction.
Answer» Assertion : Formaldehyde cannot be prepared by Rosenmund's reduction. Reason : Acid chlorides can be reduced into aldehydes with hydrogen in boiling xylene using palladium or platinum as a catalyst supported on barium sulphate. This is known as Rosenmund's reduction.

Assertion : Formaldehyde cannot be prepared by Rosenmund's reduction.Reason : Acid chlorides can be reduced into aldehydes with hydrogen in boiling xylene using palladium or platinum as a catalyst supported on barium sulphate. This is known as Rosenmund's reduction.

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Reason : Acid chlorides can be reduced into aldehydes with hydrogen in boiling xylene using palladium or platinum as a catalyst supported on barium sulphate. This is known as Rosenmund's reduction.

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Assertion : Formaldehyde cannot be prepared by Rosenmund's reduction.Reason : Acid chlorides can be reduced into aldehydes with hydrogen in boiling xylene using palladium or platinum as a catalyst supported on barium sulphate. This is known as Rosenmund's reduction.

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