Calculate the specific entropy change of a piece of ice when it melts completely. Consider that the process is carried out at sea level (Patm = 101 325 Pa) and h fusion = λ fusion = 333 kJ / kg. A) 1 219.78 J / (kgK) B) 8,198 × - 4 J / (kgK) C) 0 J / (kgK) D) ∞
Calculate the specific entropy change of a piece of ice when it melts completely. Consider that the process is carried out at sea level (Patm = 101 325 Pa) and h fusion = λ fusion = 333 kJ / kg. A) 1 219.78 J / (kgK) B) 8,198 × - 4 J / (kgK) C) 0 J / (kgK) D) ∞
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Calculate the specific entropy change of a piece of ice when it melts completely. Consider that the process is carried out at sea level (Patm = 101 325 Pa) and h fusion = λ fusion = 333 kJ / kg.
A) 1 219.78 J / (kgK)
B) 8,198 × - 4 J / (kgK)
C) 0 J / (kgK)
D) ∞
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