At 25oC, at equilibrium, the concentration of trans-2-butene (T) is 5.50 M and the concentration of cis-2-butene (C) is 2.25 M. The sample is then heated to 925o Assume that the heating is done so rapidly that when the temperature reaches 925oC the concentrations of T and C are still 5.50 M and 2.25 M respectively. Which way will the reaction go? How do you know? Show work on an attached page What are the new concentrations of T and C at equilibrium at the new temperature (925oC)? At equilibrium: [T]= [C]=
At 25oC, at equilibrium, the concentration of trans-2-butene (T) is 5.50 M and the concentration of cis-2-butene (C) is 2.25 M. The sample is then heated to 925o Assume that the heating is done so rapidly that when the temperature reaches 925oC the concentrations of T and C are still 5.50 M and 2.25 M respectively. Which way will the reaction go? How do you know? Show work on an attached page What are the new concentrations of T and C at equilibrium at the new temperature (925oC)? At equilibrium: [T]= [C]=
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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- At 25oC, at equilibrium, the concentration of trans-2-butene (T) is 5.50 M and the concentration of cis-2-butene (C) is 2.25 M. The sample is then heated to 925o Assume that the heating is done so rapidly that when the temperature reaches 925oC the concentrations of T and C are still 5.50 M and 2.25 M respectively. Which way will the reaction go? How do you know? Show work on an attached page
- What are the new concentrations of T and C at equilibrium at the new temperature (925oC)?
At equilibrium: [T]= [C]=
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