In the Kolbe-Schmidt reaction designed to synthesize salicylic acid, sodium phenoxide must be heated with carbon dioxide gas. To facilitate the electrophilic attack of the weakly electrophilic molecul

Question

In the Kolbe-Schmidt reaction designed to synthesize salicylic acid, sodium phenoxide must be heated with carbon dioxide gas. To facilitate the electrophilic attack of the weakly electrophilic $CO_2$ molecule on the ring, the reaction is subjected to specific pressurized conditions. What is the pressure utilized in atmospheres ($	ext{atm}$)?

Prashant Kotian · Accepted Answer

Correct answer: 5. Because carbon dioxide () is a notably weak, uncharged electrophile, the Kolbe-Schmidt reaction requires elevated kinetic conditions to proceed efficiently. The standard industrial and laboratory parameter cited is a temperature of combined with a pressure of .

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