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Maximum number of aromatic compounds are...

Maximum number of aromatic compounds are obtained from

A

Coal tar

B

Natural gas

C

Petroleum

D

Animals

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The correct Answer is:
A
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Knowledge Check

  • Aromatic compounds undergo

    A
    Electrophilic substitution
    B
    Electrophilic addition
    C
    Nucleophilic addition
    D
    Nucleophilic substitution

  • The increase in stability and decrease in energy of aromatic compounds is due to

    A
    Localization of pi electrons
    B
    Delocalization of s electrons
    C
    Localization of s electrons
    D
    Delocalization of pi electrons

  • The non-aromatic compound among the following is

    A
    B
    C
    D
    • AAKASH SERIES-AROMATIC HYDROCARBONS-PRACTICE EXERCISE
    1. Maximum number of aromatic compounds are obtained from

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    2. The number of isomers formed when two hadrons of benzene ring are subs...

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    3. Benzene is formed by polymerisation of

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    4. The C-C bond lengths in benzene is

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    5. The increase in stability and decrease in energy of aromatic compoun...

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    6. Under pressure, (with hydrogen) in presence of nickel catalyst, benze...

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    7. The function of anhydrous AlCl(3) in the Friedel-Crafts reaction is to

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    8. In Huckel's (4n+2) rule of for aromaticity, 'n' represents

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    9. Ratio of pi to sigma bonds in benzene is

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    10. Aromatic compounds undergo

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    11. In which of the following the bond length between carbon and carbon at...

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    12. Benzene reacts with H(2)SO(4) only when the acid is

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    13. Which one of the following is benzene ring activating group towards el...

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    14. Nitrobenzene can be preapred from Benzene by using a mixture of HNO(3)...

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    15. Presence of nitro group in benzene makes further substitution

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    16. CaC(2)overset(H(2)O) to A overset("Red hot tube") to B underset(CH(3)C...

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    17. The following group causes high -I effect

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    18. Aromatic compounds undergo most easily

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    19. The ozonolysis product of benzene and compound 'A' are same. Empirical...

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    20. Carbon - carbon bond length of 139 pm is observed in the molecule

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