The three compounds shown below are placed in a reaction vessel. Water is added. Some of the compounds dissolve in water and some do not. The volume of the solution formed is 2.39 L. The amount of each compound present at the beginning of the reaction and at equilibrium is given in the table below. Use the data to calculate the value of the equilibrium constant Ke- Hint: remember that in the expression of Ke, the unit of concentration of a particular substance is molarity (M). Pay attention to the phase labels. Compound tetraethylsahmyne Amount Present Initially (mol) 0.552 tetraethylenaamine 0.256 Ke tetrapropyltiropal 0.761 2 tetraethylsahmyne (aq) + 3 tetraethylenaamine (aq)=3 tetrapropyltiropal (l) Amount Present at Equilibrium (mol) 0.483 0.152 0.865
The three compounds shown below are placed in a reaction vessel. Water is added. Some of the compounds dissolve in water and some do not. The volume of the solution formed is 2.39 L. The amount of each compound present at the beginning of the reaction and at equilibrium is given in the table below. Use the data to calculate the value of the equilibrium constant Ke- Hint: remember that in the expression of Ke, the unit of concentration of a particular substance is molarity (M). Pay attention to the phase labels. Compound tetraethylsahmyne Amount Present Initially (mol) 0.552 tetraethylenaamine 0.256 Ke tetrapropyltiropal 0.761 2 tetraethylsahmyne (aq) + 3 tetraethylenaamine (aq)=3 tetrapropyltiropal (l) Amount Present at Equilibrium (mol) 0.483 0.152 0.865
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:The three compounds shown below are placed in a reaction vessel. Water is added. Some of the compounds dissolve in water and some do not. The volume of the
solution formed is 2.39 L. The amount of each compound present at the beginning of the reaction and at equilibrium is given in the table below. Use the data to calculate
the value of the equilibrium constant Ke.
Hint: remember that in the expression of Kc, the unit of concentration of a particular substance is molarity (M). Pay attention to the phase labels.
Compound
tetraethylsahmyne
Amount Present Initially (mol)
0.552
tetraethylenaamine 0.256
Ke
tetrapropyltiropal 0.761
2 tetraethylsahmyne (aq) + 3 tetraethylenaamine (aq) 3 tetrapropyltiropal (l)
Amount Present at Equilibrium (mol)
0.483
0.152
0.865
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