The compound, which evolves carbon dioxide on treatment with aqueous solution of sodium bicarbonate at 25°C, is

Question

The compound, which evolves carbon dioxide on treatment with aqueous solution of sodium bicarbonate at 25°C, is (A) C6H5OH (B) CH3COCl (C) CH3CONH2 (D) CH3COOC2H5

Tardigrade Admin · Accepted Answer

CH3COCl hydrolyses to form CH3COOH even at 25°C, which subsequently reacts with NaHCO3 present in the same medium to form CO2

Q. The compound, which evolves carbon dioxide on treatment with aqueous solution of sodium bicarbonate at 25°C, is

C $_{6}$ H $_{5}$ OH

CH $_{3}$ COCl

CH $_{3}$ CONH $_{2}$

CH $_{3}$ COOC $_{2}$ H $_{5}$

CH $_{3}$ COCl hydrolyses to form CH $_{3}$ COOH even at 25°C, which subsequently reacts with NaHCO $_{3}$ present in the same medium to form CO $_{2}$

Q. The compound, which evolves carbon dioxide on treatment with aqueous solution of sodium bicarbonate at 25°C, is

C6​H5​OH

CH3​COCl

CH3​CONH2​

CH3​COOC2​H5​

CH3​COCl hydrolyses to form CH3​COOH even at 25°C, which subsequently reacts with NaHCO3​ present in the same medium to form CO2​

C $_{6}$ H $_{5}$ OH

CH $_{3}$ COCl

CH $_{3}$ CONH $_{2}$

CH $_{3}$ COOC $_{2}$ H $_{5}$

CH $_{3}$ COCl hydrolyses to form CH $_{3}$ COOH even at 25°C, which subsequently reacts with NaHCO $_{3}$ present in the same medium to form CO $_{2}$