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how will you account for the presence of large number of organic compund

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Knowledge Check

  • The large number of organic compounds is due

    A
    the valency of carbon
    B
    the small size of carbon
    C
    a special property of carbon, known as cate nation
    D
    All of the above

  • The presence of halogen, in an organic compound, is detected by

    A
    Iodoform test
    B
    Silver nitrate test
    C
    Beilstein test
    D
    Millon's test

  • The presence of halogen, in an organic compounds, is detected by

    A
    Iodoform test
    B
    Silver nitrate test
    C
    Beilstein's test
    D
    Millon's test

    • Similar Questions

    Explore conceptually related problems

    Knowing the electron gain enthalpy values for O to O^(-) and O to O^(2-) as - 141 and 702 kJ "mol"^(-1) respectively, how can you account for the formation of a large number of oxides having O^(2-) species and not O^(-) ?

    Knowing the electron gain enthalpy values for O to O^(-) and O to O^(2-) as -141 and 702 kJ " mol"^(-1) respectively , how can you account for the formation of a large number of oxides having O^(2-) species and not O^(-) ?

    Knowing the electron gain enthalpy values for O to O^(-) " and " O to O^(2-) " as " -141 " kJ mol"^(-1) " and " 702 " kJ mol"^(-1) respectively, how can you account for the formation of a large number of oxides having O^(2-) species and not O^(-) ?

    Knowing the electron gain enthalpy values of O rarr O^(-) and O rarr O^(2-) as -141 and 702 kJ mol^(-1) respectively, how can you account for the formation of a large number of oxides having O^(2-) species and not O^(-) ?

    Knowing the electron gain enthalpy values for O rarr O^(Ө) and O rarr O^(2-) as - 141 kJ mol^-1 and + 702 kJ mol^-1 respectively, how can you account for the formation of a large number of oxides having O^(2-) species and not O^(Ө) ?

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