Draw the alcohol that is oxidized to give the product shown below. Show all hydrogen atoms.
In organic chemistry, retrosynthetic analysis is one of the techniques that is used to determine the structure of reactant by analyzing key bonds in the structure of product. Alcohols are compounds with functional group. Alcohols are oxidized to carbonyl compounds as well as carboxylic acids depending on the reagent used for oxidation.
Retrosynthesis: Retrosynthetic analysis is used for designing the synthesis of organic molecule. In this analysis, planning of organic synthesis takes place by disconnecting the target molecules into precursors.
The structure of the organic molecule is given below:
The structure of the primary alcohol is given below:
The structure of alcohol that is oxidized to give the product is given below:
Draw the alcohol that is oxidized to give the product shown below. Show all hydrogen atoms.
Draw the alcohol that is oxidized to give the product shown
below. Show all hydrogen atoms.
Draw the alcohol that is oxidized to give the product shown below. Show all hydrogen atoms.
Draw the alcohol that is oxidized to give the product shown
below. Show all hydrogen atoms.
Draw the product of the reaction between a ketone and an
alcohol. Include all hydrogen atoms in the product.
Draw the product of the reaction between a ketone and an alcohol. Include all hydrogen atoms in the product. Select Rings More Draw Erase С Н O H* 1 mole equiv. "CH3 Но-CН2-CHз Нас
Draw the product of the following reaction. Show all the
hydrogen atoms in your structure.
Draw the product of the following reaction. Show all the hydrogen atoms in your structure.
Draw the product of the following reaction. Show all the hydrogen atoms in your structure.
Draw the product of the following reaction between a ketone and an alcohol. Include hydrogen atoms in your structural formula. он + H3C-¢-CH3 + HO-CH2-CH3 6-CH2-CH3 How would you classify the product of the reaction? It is an alcohol. + H20 It is a ketone. It is a hemiacetal. It is an acetal.
5. When an secondary alcohol is oxidized into a ketone, which a. gain of oxygen atoms b. loss of oxygen atoms c. gain of hydrogen atoms d. loss of hydrogen atoms 5. When an secondary alcohol is oxidized into a ketone, which of the following is true? a. gain of oxygen atoms b. loss of oxygen atoms c. gain of hydrogen atoms d. loss of hydrogen atoms er found at the end of a carbon chain?
Draw the product of the hydrogenation of 2-butyne. Draw all
hydrogen atoms.
draw the product of the hydrogenation of 2-butyne. Draw all
hydrogen atoms.
Draw the product of the hydrogenation of 2-butyne. Draw all hydrogen atoms.