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How much heat is absorbed when 2.75 mol of C(s) reacts in the presence of excess SO2(g) to produce CS2() and CO(g) according to the following chemical equation? 5 C(s) +2 SO2(g) → CS2(1) + 4 CO(g) O 131.9 kJ O 2158 kJ 239.9 kJ 1199.5 kJ ○ 436.2 kJ AH° = 239.9 kJ A container of water is heated with 10 J of energy at constant pressure. What is the enthalpy change (AH) for this process? O >10 J +10 J -10 J O <10 J O O J

How much heat is absorbed when 2.75 mol of C(s) reacts in the presence of excess SO2(g) to produce CS2() and CO(g) according to the following chemical equation? 5 C(s) +2 SO2(g) → CS2(1) + 4 CO(g) O 131.9 kJ O 2158 kJ 239.9 kJ 1199.5 kJ ○ 436.2 kJ AH° = 239.9 kJ A container of water is heated with 10 J of energy at constant pressure. What is the enthalpy change (AH) for this process? O >10 J +10 J -10 J O <10 J O O J

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter5: Thermochemistry
Section: Chapter Questions
Problem 5.39QE
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How much heat is absorbed when 2.75 mol of C(s) reacts in the presence of excess SO2(g) to produce CS2() and CO(g) according to the following chemical equation? 5 C(s) +2 SO2(g) → CS2(1) + 4 CO(g) O 131.9 kJ O 2158 kJ 239.9 kJ 1199.5 kJ ○ 436.2 kJ AH° = 239.9 kJ
Transcribed Image Text:How much heat is absorbed when 2.75 mol of C(s) reacts in the presence of excess SO2(g) to produce CS2() and CO(g) according to the following chemical equation? 5 C(s) +2 SO2(g) → CS2(1) + 4 CO(g) O 131.9 kJ O 2158 kJ 239.9 kJ 1199.5 kJ ○ 436.2 kJ AH° = 239.9 kJ
A container of water is heated with 10 J of energy at constant pressure. What is the enthalpy change (AH) for this process? O >10 J +10 J -10 J O <10 J O O J
Transcribed Image Text:A container of water is heated with 10 J of energy at constant pressure. What is the enthalpy change (AH) for this process? O >10 J +10 J -10 J O <10 J O O J
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