What is the white solid that quickly forms when the methyl salicylate is added to the sodium hydroxide solution?
I know that it is this equation but I wanted to know what is the name of the white solid:
HOC6H4COOCH3 + NaOH „³ HOC6H4COO- Na+ + CH3OH
Ah, the mysterious white solid that appears when methyl salicylate meets sodium hydroxide! Well, I must say, it's quite the show-stopper. That white solid is none other than sodium salicylate. Ta-da! It's like the disappearing act of a magician, except instead of disappearing, it materializes right before your eyes. Quite the chemistry trick, don't you think?
The white solid that forms when methyl salicylate is added to a sodium hydroxide solution is called sodium salicylate. The reaction between methyl salicylate (HOC6H4COOCH3) and sodium hydroxide (NaOH) produces sodium salicylate (HOC6H4COO- Na+) and methanol (CH3OH).
The white solid that forms when methyl salicylate is added to sodium hydroxide solution is sodium salicylate (NaOC6H4COO).
To determine the name of the white solid formed, you can examine the chemical equation provided. In the equation, methyl salicylate (HOC6H4COOCH3) reacts with sodium hydroxide (NaOH) to produce sodium salicylate (NaOC6H4COO) and methanol (CH3OH).
By analyzing the equation, we can infer that the white solid formed is sodium salicylate (NaOC6H4COO).