Question 4. phthalate and dibutyl phthalate in an inert solvent like chloroform. Both steps of this reaction rapidly establish equilibrium. In this system, would you expect adding an equimolar amount of one reagent dropwise to the other to affect the outcome of the reaction? Explain your response. Consider the acid-catalyzed esterification of phthalic acid to form buthyl (K =~1.0) H* .COOH H20 но CHCI3 СООН СООН phthalic acid butanol butyl phthalate (K=~1.0) H* но + H20 CHCI3 `COOH butyl phthalate butanol dibutyl phthalate O=U O=0 0=C

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Question 4.
phthalate and dibutyl phthalate in an inert solvent like chloroform. Both steps of this reaction
rapidly establish equilibrium. In this system, would you expect adding an equimolar amount of
one reagent dropwise to the other to affect the outcome of the reaction? Explain your response.
Consider the acid-catalyzed esterification of phthalic acid to form buthyl
(K =~1.0)
H*
.COOH
H20
но
CHCI3
СООН
СООН
phthalic acid
butanol
butyl phthalate
(K=~1.0)
H*
но
+ H20
CHCI3
`COOH
butyl phthalate
butanol
dibutyl phthalate
O=U
O=0
0=C
Transcribed Image Text:Question 4. phthalate and dibutyl phthalate in an inert solvent like chloroform. Both steps of this reaction rapidly establish equilibrium. In this system, would you expect adding an equimolar amount of one reagent dropwise to the other to affect the outcome of the reaction? Explain your response. Consider the acid-catalyzed esterification of phthalic acid to form buthyl (K =~1.0) H* .COOH H20 но CHCI3 СООН СООН phthalic acid butanol butyl phthalate (K=~1.0) H* но + H20 CHCI3 `COOH butyl phthalate butanol dibutyl phthalate O=U O=0 0=C
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