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Wolff-kishner reduction reduces aldehyde...

Wolff-kishner reduction reduces aldehydes and ketones to hydrocarbons

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JMD PUBLICATION-ORGANIC COMPOUNDS WITH FUNCTIONAL GROUP CONTAINING OXYGEN - II-EXAMPLE
  1. Reduction of aldehydes with Lia1H4 or NaBH4 GIVES 1^@ alcohol

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  2. Explain why aldehydes are more reactive than ketones towards nucleophi...

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  3. Wolff-kishner reduction reduces aldehydes and ketones to hydrocarbons

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  4. Ketones can not be easily oxidised with mild oxidising agents like Tol...

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  5. Formic acid can reduce: Tollen's reagent, Mercuric chloride, Potassi...

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  6. How does > C= C < differ from >C =O group in chemical reactions ?

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  7. Write the IUPAC name of salicylaldehyde

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  8. Write Rosenmund reaction.

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  9. How will you prepare aldehydes from nitriles ? (Stephan’s reaction)

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  10. What are Etard reaction?

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  11. Write short notes on Friedel craft's Acylation reaction.

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  12. Write Gatterman Koch reaction

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  13. Aldehydes and ketones have lower boiling points than corresponding alc...

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  14. Why do aldehydes and ketones have high dipole moments?

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  15. Discuss the nature of C-O Bond in carbonyl compounds.

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  16. Ketones have higher boiling than aldehydes.Explain.

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  17. Aromatic aldehydes and ketones are less reactive than correspondingAli...

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  18. Explain why aldehydes are more reactive than ketones towards nucleophi...

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  19. It is necessary to control pH during the reaction of carbonyl compound...

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  20. Explain: Clemmensen reduction

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