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Which can be oxidized to the correspondi...

Which can be oxidized to the corresponding carbonyl compound?

A

Propan-2-ol

B

Ortho-nitro-phenol

C

Phenol

D

2-methylpropan-2-ol

Text Solution

Verified by Experts

The correct Answer is:
A
Secondary alcohol are oxidized to give ketones.
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From Carbonyl Compounds

Knowledge Check

  • Which one of the following can be oxidised to the corresponding carbonyl compound?

    A
    2-Hydroxypropane
    B
    o-Nitrophenol
    C
    Phenol
    D
    2-Methyl-2-hydroxypropane

  • Which one of the following can be oxidised to the corresponding carbonyl compound?

    A
    2-hydroxy-propane
    B
    Ortho-nitro-phenol
    C
    Phenol
    D
    2-methyl-2 hydroxy-propane

  • Which one of the following can be oxidised to the corresponding carbonyl compound ?

    A
    2-hydroxypropane
    B
    Ortho-nitrophenol
    C
    Phenol
    D
    2-methyl-2 hydroxypropane

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    Which one of the following oxidised to corresponding carbonyl compound ?

    Which of the following are carbonyl compounds?

    Alkenes can be oxidized in presence of different reagents to give different products. Alkenes on oxidation in presence of silver at high temperature give cyclic ethers, which also can be synthesized by using per acids. Alkenes on reductive ozonolysis give carbonyl compounds in presence of zinc and peroxide. On reaction with acidic KMnO4, it also produces corresponding carbonyl compound. Alkynes can also be oxidized in presence of such reagents but the products are different. Cyclohexene is allowed to react with ozone and subsequently with H_2O_2 and water. The product formed is

    Alkenes can be oxidized in presence of different reagents to give different products. Alkenes on oxidation in presence of silver at high temperature give cyclic ethers, which also can be synthesized by using per acids. Alkenes on reductive ozonolysis give carbonyl compounds in presence of zinc and peroxide. On reaction with acidic KMnO4, it also produces corresponding carbonyl compound. Alkynes can also be oxidized in presence of such reagents but the products are different. Ethane on reaction with MCPBA in CH_2Cl_2 forms a compound (A), which on reaction with CH_2-Mgl and subsequent hydrolysis gives a compound (B). (A) and (B) are, respectively

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