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1. A spontaneous reaction favors the formation of products at a given set of conditions. TRUE 2. The second law of thermodynamics emphasizes that the entropy of an isolated system is constant. never dleciea veG 3. The entropy of changing a substance to a liquid state is greater than changing it to a gaseous state. 18u5than 4. Entropy decreases with the increase in temperature. decreave 5. The lower the entropy the more ordered and the lower the degree of randomness of energy in system. less ardeied 6. A negative AS value indicates an exothermic reaction thus releasing heat to the surroundings 7. A spontaneous reaction has a negative Gibb's free energy. 8. A positive enthalpy value and a positive entropy value will always have a positive Gibb's free energy at all temperature. 9. Spontaneous reactions release heat to the surroundings. 10. In a system at equilibrium, the free energy change, AG°, is always zero.

1. A spontaneous reaction favors the formation of products at a given set of conditions. TRUE 2. The second law of thermodynamics emphasizes that the entropy of an isolated system is constant. never dleciea veG 3. The entropy of changing a substance to a liquid state is greater than changing it to a gaseous state. 18u5than 4. Entropy decreases with the increase in temperature. decreave 5. The lower the entropy the more ordered and the lower the degree of randomness of energy in system. less ardeied 6. A negative AS value indicates an exothermic reaction thus releasing heat to the surroundings 7. A spontaneous reaction has a negative Gibb's free energy. 8. A positive enthalpy value and a positive entropy value will always have a positive Gibb's free energy at all temperature. 9. Spontaneous reactions release heat to the surroundings. 10. In a system at equilibrium, the free energy change, AG°, is always zero.

Chemistry
Chemistry
10th Edition
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
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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Write True if the statement is correct and change the underlined word if incorrect. Thx
Test I. Write TRUE if the statement is correct and change the underlined word/words incorrect. 1. A spontaneous reaction favors the formation of products at a given set of conditions. TRUE 2. The second law of thermodynamics emphasizes that the entropy of an isolated system is constant. never deciea veG 3. The entropy of changing a substance to a liquid state is greater than changing it to a gaseous state. 18v5than 4. Entropy decreases with the increase in temperature. decrease 5. The lower the entropy the more ordered and the lower the degree of randomness of energy in system. less oldeied 6. A negative AS value indicates an exothermic reaction thus releasing heat to the surroundings. 7. A spontaneous reaction has a negative Gibb's free energy. 8. A positive enthalpy value and a positive entropy value will always have a positive Gibb's free energy at all temperature. 9. Špontaneous reactions release heat to the surroundings. 10. In a system at equilibrium, the free energy change, AG°, is always zero. Test II. Complete the tables below. A. Indicate whether entropy increases or decreases and positive or negative in th following situations. Positive or Negati Entropy Situation Entropy change
Transcribed Image Text:Test I. Write TRUE if the statement is correct and change the underlined word/words incorrect. 1. A spontaneous reaction favors the formation of products at a given set of conditions. TRUE 2. The second law of thermodynamics emphasizes that the entropy of an isolated system is constant. never deciea veG 3. The entropy of changing a substance to a liquid state is greater than changing it to a gaseous state. 18v5than 4. Entropy decreases with the increase in temperature. decrease 5. The lower the entropy the more ordered and the lower the degree of randomness of energy in system. less oldeied 6. A negative AS value indicates an exothermic reaction thus releasing heat to the surroundings. 7. A spontaneous reaction has a negative Gibb's free energy. 8. A positive enthalpy value and a positive entropy value will always have a positive Gibb's free energy at all temperature. 9. Špontaneous reactions release heat to the surroundings. 10. In a system at equilibrium, the free energy change, AG°, is always zero. Test II. Complete the tables below. A. Indicate whether entropy increases or decreases and positive or negative in th following situations. Positive or Negati Entropy Situation Entropy change
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