aldehyde

As nouns the difference between aldehyde and heptanaldehyde

is that aldehyde is any of a large class of reactive organic compounds (R·CHO) having a carbonyl functional group attached to one hydrocarbon radical and a hydrogen atom while heptanaldehyde is an alkyl aldehyde with a strong fruity odour, used in flavouring and perfumes.

In organic chemistry|lang=fr terms the difference between aldehyde and enal

is that aldehyde is aldehyde while enal is enal.

As nouns the difference between aldehyde and enal

is that aldehyde is aldehyde while enal is enal.

As nouns the difference between aldehyde and carbaldehyde

is that aldehyde is any of a large class of reactive organic compounds (R·CHO) having a carbonyl functional group attached to one hydrocarbon radical and a hydrogen atom while carbaldehyde is an aldehyde that is attached to another entity.

As nouns the difference between aldehyde and alkynal

is that aldehyde is aldehyde while alkynal is any aldehyde containing an alkyne group.

As nouns the difference between aldehyde and aldolization

is that aldehyde is aldehyde while aldolization is (organic chemistry) the formation of an aldol, normally from a corresponding aldehyde.

In organic chemistry terms the difference between aldehyde and carboxaldehyde

is that aldehyde is any of a large class of reactive organic compounds (R·CHO) having a carbonyl functional group attached to one hydrocarbon radical and a hydrogen atom while carboxaldehyde is an aldehyde group (-CH=O) when viewed as a substituent.

As nouns the difference between aldehyde and monoaldehyde

is that aldehyde is aldehyde while monoaldehyde is (organic chemistry) any aldehyde containing a single aldehydic group.

As nouns the difference between aldehyde and albicanal

is that aldehyde is aldehyde while albicanal is (organic compound) a sesquiterpene aldehyde related to drimane.

As nouns the difference between aldehyde and nonanal

is that aldehyde is aldehyde while nonanal is (organic compound) an alkyl aldehyde with a strong fruity or floral odour, used in flavouring and perfumery.

In organic chemistry terms the difference between aldehyde and dinitrophenylhydrazone

is that aldehyde is any of a large class of reactive organic compounds (R·CHO) having a carbonyl functional group attached to one hydrocarbon radical and a hydrogen atom while dinitrophenylhydrazone is the red or yellow precipitate indicating a positive result when dinitrophenylhydrazine is used to detect qualitatively the carbonyl functionality of a ketone or aldehyde functional group.