Draw the alcohol that is oxidized to give the product shown below. Show all hydrogen atoms.
The concept used to solve this question is to draw the structure of the alcohol which is to be oxidized to give the required aldehyde. The alcohols are the organic compounds which consists of at least one hydroxy (-OH) functional group. The product formed in the oxidation of alcohol depends on the type of alcohol and reagent used in the oxidation reaction. The primary alcohols on oxidation yield aldehydes whereas secondary alcohols on oxidation yield ketone as product.
The organic compounds which contain –OH group as functional group are known as alcohols. The general formula for alcohols is R-OH. The alcohols can be classified as primary, secondary and tertiary depends on the number of carbon atoms bonded to the carbon bearing the hydroxy group. The representation of three types of alcohols is shown below.
Oxidation of alcohols:
Alcohols are the most important compounds in organic synthesis and they involve in different kind of reactions. The main reactions of alcohols are oxidation reaction. Alcohols undergo oxidation reaction when treated with an oxidizing agent. Primary alcohols can be oxidized to give aldehydes with mild oxidizing agents or gives carboxylic acids with strong oxidizing agent. Secondary alcohols can be oxidized to give ketone as product.
In the above oxidation reaction, one molecule of hydrogen is removed from the molecule.
The given reaction is an oxidation reaction.
The structure of the product is as follows:
The functional group present in the above compound is aldehyde functional group (-CHO).
And, the given aldehyde is formed by the oxidation reaction.
The functional group present in the given product is aldehyde functional group and it is formed by through an oxidation reaction.
From the discussion in the oxidation of alcohols, aldehydes are formed by the oxidation of primary alcohols.
Thus, the starting material must be a primary alcohol.
Therefore, the structure of the alcohol and the corresponding oxidation reaction is shown below.
The structure of the alcohol that is to be oxidized to give the product is drawn 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 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.