comparsion between aldehyde and ketone
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Answered by
1
Both aldehydes and ketones contain a doublebond between carbon and oxygen.
Aldehydes have the double bond at the end of the molecule. That means the carbon at the end of the chain has a double bond to an oxygen atom.
Ketones have the double bond anywhere in the molecule except for the end. That means you will see a double bond to oxygen from one of the carbon atoms in the middle of the chain.
If you've got a solution and you don't know if it's an aldehyde or a ketone, you can use Tollen's Reagent to help. You can add some of the reagent to your solution and if you see a silver colour, there is aldehyde present. Tollen's Reagent has the formula [Ag(NH3)2]NO3 and it can oxidise aldehydes but not ketones! If you add Tollen's Reagent to a ketone, nothing will happen..
may it helps you dude ✌️✌️✌️
Aldehydes have the double bond at the end of the molecule. That means the carbon at the end of the chain has a double bond to an oxygen atom.
Ketones have the double bond anywhere in the molecule except for the end. That means you will see a double bond to oxygen from one of the carbon atoms in the middle of the chain.
If you've got a solution and you don't know if it's an aldehyde or a ketone, you can use Tollen's Reagent to help. You can add some of the reagent to your solution and if you see a silver colour, there is aldehyde present. Tollen's Reagent has the formula [Ag(NH3)2]NO3 and it can oxidise aldehydes but not ketones! If you add Tollen's Reagent to a ketone, nothing will happen..
may it helps you dude ✌️✌️✌️
Answered by
0
Aldehyde and Ketone both are the Hetero atom . Aldehyde and Kenton both contain oxygen in the functional group.
HETERO ATOM FUNCTION GROUP
name structural formula condensed for.
Aldehyde. -O-H. -OH
O
| |
Kenton -C- -CO-
HETERO ATOM FUNCTION GROUP
name structural formula condensed for.
Aldehyde. -O-H. -OH
O
| |
Kenton -C- -CO-
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