Which of the following transformations represent an increase in the entropy of the system. Choose all that apply 19 g C₂H₂ (gas, 353K)—19 g C6H₁ (liquid, 353K) 1 mol CO₂ (1.32 atm, 224K)- 19 g C₂H₂ (liquid, 343K)- 3 mol O₂ (8.18 L, 242K) 26 g Si (solid, 1.683×10³K)- →1 mol CO₂ (1.32 atm, 447K) →19 g C6H6 (liquid, 289K) 3 mol O₂ (16.4 L, 242K) →26 g Si (liquid, 1.683x10³K)

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Which of the following transformations represent an increase in the entropy of the system.
Choose all that apply
19 g CH (gas, 353K)—19 g CHá (liquid, 353K)
1 mol CO₂ (1.32 atm, 224K)- →1 mol CO₂ (1.32 atm, 447K)
19 g C6H6 (liquid, 343K)-
→19 g CáHá (liquid, 289K)
3 mol O₂ (8.18 L, 242K)-
2
→3 mol O₂ (16.4 L, 242K)
26 g Si (solid, 1.683×10³K)-
→26 g Si (liquid, 1.683x10³K)
Transcribed Image Text:Which of the following transformations represent an increase in the entropy of the system. Choose all that apply 19 g CH (gas, 353K)—19 g CHá (liquid, 353K) 1 mol CO₂ (1.32 atm, 224K)- →1 mol CO₂ (1.32 atm, 447K) 19 g C6H6 (liquid, 343K)- →19 g CáHá (liquid, 289K) 3 mol O₂ (8.18 L, 242K)- 2 →3 mol O₂ (16.4 L, 242K) 26 g Si (solid, 1.683×10³K)- →26 g Si (liquid, 1.683x10³K)
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