Every aldehyde and ketone contains a carbonyl bond which is >C=O , and at least one carbon atom (and a ketone must have at least three carbon atoms).
They have the same functional group.
Aldehydes and ketones haven't an -OH group.
No, monomers and polymers of aldehydes and ketones do not have hydroxyl groups attached. Aldehydes and ketones have a carbonyl group (C=O) attached to at least one carbon atom and do not have any hydroxyl groups (-OH) attached to the carbon chain.
bORSCH REAGENT ALSO CALLED bRADY REAGENT .iT IS USED TO DETCT ALDEHYDES AND KETONES
No, their 'OH' groups are usually involved in chemical reactions.
The carbonyl group exist in ketones, aldehydes, esters etc.
ketones and aldehydes
Aldehydes are less sterically hindered than ketones. Also, aldehydes have fewer electron donating groups (EDG's) which can stabilize an electron-poor area. The extra carbon chain that ketones have that aldehydes do not have are the reason for both of these things. The neighboring carbon to the carbonyl carbon is an EDG and the carbon chain causes steric hindrance.
The aldehydes and ketones having three or less carbon atoms are soluble in water.
aldehydes n ketones contain a carbonyl group in which carbon is attached to an oxygen with a double bond. The carbon is less electronegative than oxygen therefore carbon acts as an electrophile and oxygen acts an a nucleophile. That is carbon is partially positively charged n oxygen is partially negatively charged. Hence aldehydes n ketones are polar compounds
alcohol
Aldehydes and ketones contain the carbonyl group C=O.
Aldehydes and ketones
All the alkene hydrocarbons, all ketones and aldehydes, organic acid, carbon dioxide, and other compounds contain doubly bonded carbon atoms.
Ketones or Aldehydes DO NOT react with Sodium Bicarbonate..generally only Carboxilic acids have the ability to do it!
Aldehydes and ketones haven't an -OH group.
alcohols, aldehydes or ketones, or carboxylic acids
A Silver mirror does not appear as ketones cannot be further oxidized unlike aldehydes in which a silver mirror does appear.