Ethyl acetate, acetate and ethanol were added to water solution in concentrations of 0.3M and left at 25°C until the solution reached an equilibrium state: ethyl acetate = 0.276 M; acetate = 0.012 M; ethanol = 0.012 M; The experiment was repeated at the same temperature with the initial concentration of 0.6M of ethyl acetate. a) What will the concentration of acetate be (in moles/liter) once equilibrium is achieved? b) What will the concentration of Ethyl acetate be (in moles/liter) once equilibrium is achieved?
Ethyl acetate, acetate and ethanol were added to water solution in concentrations of 0.3M and left at 25°C until the solution reached an equilibrium state: ethyl acetate = 0.276 M; acetate = 0.012 M; ethanol = 0.012 M; The experiment was repeated at the same temperature with the initial concentration of 0.6M of ethyl acetate. a) What will the concentration of acetate be (in moles/liter) once equilibrium is achieved? b) What will the concentration of Ethyl acetate be (in moles/liter) once equilibrium is achieved?
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Chapter1: Chemical Foundations
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Ethyl acetate, acetate and ethanol were added to water solution in concentrations of 0.3M and left at 25°C until the solution reached an equilibrium state:
ethyl acetate = 0.276 M;
acetate = 0.012 M;
ethanol = 0.012 M;
The experiment was repeated at the same temperature with the initial concentration of 0.6M of ethyl acetate.
a) What will the concentration of acetate be (in moles/liter) once equilibrium is achieved?
b) What will the concentration of Ethyl acetate be (in moles/liter) once equilibrium is achieved?
![CH3COO-C2H5 + H2O > CH3COOH + C2H5OH
Ethyl acetate
Acetate
Ethanol](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcdc43b38-0ed0-42c0-a353-c33aef2d6044%2Fbcf6b1c8-c67f-4c2c-8a60-cf399eb94bd4%2Fh9gdpht_processed.jpeg&w=3840&q=75)
Transcribed Image Text:CH3COO-C2H5 + H2O > CH3COOH + C2H5OH
Ethyl acetate
Acetate
Ethanol
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