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an acid with molecular formula C(7)H(6)O...

an acid with molecular formula `C_(7)H_(6)O_(3)` forms three types of sodium salt i.e., `C_(7)H_(5)O_(3)Na, C_(7)H_(4)O_(3)Na_(2)` and `C_(7)H_(3)O_(3)Na_(3)`. The basicity of the acid:

A

one

B

Two

C

Three

D

Six

Text Solution

Verified by Experts

The molecules shows three `H` atoms are repalceable `i.e, basicity of acid.
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Compound having molecular formula C_(3)H_(6)O_(2) is:-

Na_(2)b_(4)O_(7)10H_(2)O is

Knowledge Check

  • C_(3)H_(6)O_(2)

    A
    `CH_(3)-CH_(2)-COOH`
    B
    C
    `CH_(3)-CO-CH_(2)-OH`
    D
  • An acid with molecular formula C_7H_6O_3 froms only three types of sodium salts , i.e. C_7H_5O_3 Na, C_7H_4O_3 Na_2 and C_7H_3O_3Na_3 .The basicity of the acid :

    A
    One
    B
    Two
    C
    Three
    D
    Four
  • Molecular formula C_(3)H_(6)O represents

    A
    aldehydes
    B
    ketones
    C
    both 'a' and 'b'
    D
    aldehydes and alcohols
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    The molecular formula C_(7)H_(8)O represents the following except

    Compound 'X' with the molecular formula C_(3)H_(8)O on vigronous oxidationy yields an acid C_(3)H_(6)O_(2) .

    Ch_(3)-O-C_(3)H_(7) and C_(2)H_(5)-O-C_(2)H_(5) exhibit which type of isomerism

    The compounds CH_(3)-O-C_(3)H_(7) and C_(2)H_(5)-O-C_(2)H_(5) exhibit

    Aspirin, C_(9)H_(8)O_(4) , is prepared by the acetylation of salicylic acid, C_(7)H_(6)O_(3) , according to the following equation : C_(7)H_(6)O_(3) + (CH_(3)CO)_(2)O rightarrow C_(9)H_(8)O_(4) + CH_(3)COOH If the yeild of this reaction is 83%, What mass of salicylic acid would be required to prepare 1.0kg of aspirin?