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6.) The diagram below shows the deposition of iodine vapor at room temperature. Which statement is correct? 00 A. AH<0; AS < 0, AG < 0 B. AH > 0, AS > 0, AG <0 C. AH > 0, AS > 0, AG > 0 D. AH < 0, AS <0, AG > 0 Keywords: endothermic, exothermic, entropy, entropy change, spontaneous, heat flow, attractive force, condense phase, nonspontaneous Concepts: Gibbs Free Energy Change

6.) The diagram below shows the deposition of iodine vapor at room temperature. Which statement is correct? 00 A. AH<0; AS < 0, AG < 0 B. AH > 0, AS > 0, AG <0 C. AH > 0, AS > 0, AG > 0 D. AH < 0, AS <0, AG > 0 Keywords: endothermic, exothermic, entropy, entropy change, spontaneous, heat flow, attractive force, condense phase, nonspontaneous Concepts: Gibbs Free Energy Change

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
Chapter2: Atoms, Molecules, And Ions
Section: Chapter Questions
Problem 126CP: You have two distinct gaseous compounds made from element X and element Y. The mass percents are as...
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6.) The diagram below shows the deposition of iodine vapor at room temperature. Which statement is correct? 88 D:11中:0串 A. AH<0; AS <0, AG <0 B. AH > 0, AS > 0, AG <0 C. AH > 0, AS > 0, AG > 0 D. AH < 0, AS < 0, AG > 0 Keywords: endothermic, exothermic, entropy, entropy change, spontaneous, heat flow, attractive force, condensed phase, nonspontaneous Concepts: Gibbs Free Energy Change
Transcribed Image Text:6.) The diagram below shows the deposition of iodine vapor at room temperature. Which statement is correct? 88 D:11中:0串 A. AH<0; AS <0, AG <0 B. AH > 0, AS > 0, AG <0 C. AH > 0, AS > 0, AG > 0 D. AH < 0, AS < 0, AG > 0 Keywords: endothermic, exothermic, entropy, entropy change, spontaneous, heat flow, attractive force, condensed phase, nonspontaneous Concepts: Gibbs Free Energy Change
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The ordered system is the indication of low entropy. While less orderliness is the indication of an increase in the entropy level of the system. If the product has more entropy than the reactant the entropy is negative. If the product has less entropy than the reactant the entropy is positive.

 

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