19. Carboxylic acids can be converted into acid derivatives R.CO2H an organic or inorganic group. e e the name and structure of each of four such derivatives of ethanoic acid. RCOX, where X may a i) ii) Name: Structure: Structure: Structure: Name: Name: Name: iv) Structure: Show how each of the four derivatives can be made form ethanoic acid, using theA number of steps. Show how any one of the derivatives can be converted into another: C. d. Arrange the four derivatives in order of increasing rate of hydrolysis (putting the slowest first). Explain your answer.
19. Carboxylic acids can be converted into acid derivatives R.CO2H an organic or inorganic group. e e the name and structure of each of four such derivatives of ethanoic acid. RCOX, where X may a i) ii) Name: Structure: Structure: Structure: Name: Name: Name: iv) Structure: Show how each of the four derivatives can be made form ethanoic acid, using theA number of steps. Show how any one of the derivatives can be converted into another: C. d. Arrange the four derivatives in order of increasing rate of hydrolysis (putting the slowest first). Explain your answer.
Chapter1: Lewis Structures
Section: Chapter Questions
Problem 68EQ
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Question 19(c) and (d)
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