The following two compounds `I` and `II` can be distinguished by using reagent " " (a) aq. `NaHCO_(3)` " " (b) Neutral `FeCl_(3)` (c ) Blue litmus solution " " `Na` metal " " (e) `HCl//ZnCl_(2)` anhydrousA. `a` or c`B. `b` or `e`C. `d` or `e`D. `c` or `d`

The following two compounds `I` and `II` can be distinguished by using

1.	The following two compounds `I` and `II` can be distinguished by using reagent " " (a) aq. `NaHCO_(3)` " " (b) Neutral `FeCl_(3)` (c ) Blue litmus solution " " `Na` metal " " (e) `HCl//ZnCl_(2)` anhydrousA. `a` or c`B. `b` or `e`C. `d` or `e`D. `c` or `d`
Answer» Correct Answer - B (a) Both give the test with `aq`. `NaHCO_(3)` because both have `-COOH` group and acidic hydrogen. (b) `II` give `+ ve` test with neutral `FeCl_(3)` due to presence of phenolic `-OH` group, but `(I)` does not. ( c) In`(I)` and `(II)` acidic hydrogen atom is present so both give `+ve` test with blue litmus solution. (d) In `(I)` and `(II)` acidic hydrogen atom is present so both give +`ve` test with `Na` metal. (e) `(I)` give `+ve` test with `HCl//ZnCl_(2)` due to presence of aliphatic alcoholic group, but `(II)` does not.

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The following two compounds `I` and `II` can be distinguished by using reagent " " (a) aq. `NaHCO_(3)` " " (b) Neutral `FeCl_(3)` (c ) Blue litmus solution " " `Na` metal " " (e) `HCl//ZnCl_(2)` anhydrousA. `a` or c`B. `b` or `e`C. `d` or `e`D. `c` or `d`
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Correct statement `(s)` about is`//`areA. It gives coloured solution with neutral `FeCl_(3)` solution.B. It liberates `H_(2)` gas with `Na` metal.C. It gives `+ve` Iodoform test.D. It forms sweet smelling compound with alcohols.

The following two compounds `I` and `II` can be distinguished by using reagent " " (a) aq. `NaHCO_(3)` " " (b) Neutral `FeCl_(3)` (c ) Blue litmus solution " " `Na` metal " " (e) `HCl//ZnCl_(2)` anhydrousA. `a` or c`B. `b` or `e`C. `d` or `e`D. `c` or `d`

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