Heat capacity data for Cl₂CICL₂ (s)1/R=-1.545+ (0.1502 K-¹)T-(1.179×10 K²)7² +(3.441×10 K)T 15K ≤T ≤172.12KT-172.12K AH = 6.406kJ/molCICL₂(1)]/R=7.689 +(5.582x10³ K)T-(1954x10 K)7² 172.12K s T ≤ 239.0KTup=239.0K AH-20.40kJ/molCICL₂(g)1/R-3.812+(1.220x10³ K)T-(4.856x107 K2)72 239.0K ≤T≤1000K Calculate the change in entropy for one mole of Cl₂ as it goes from the solid phase3.at 172.12 K to the gas phase at 239.0 K. Useful data is on the helper sheet.

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Calculate the change in entropy for one mole of Cl₂ as it goes from the solid phase 3. at 172.12 K to the gas phase at 239.0 K. Useful data is on the helper sheet.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Question

Heat capacity data for Cl₂
CICL₂ (s)1/R=-1.545+ (0.1502 K-¹)T-(1.179×10 K²)7² +(3.441×10 K)T 15K ≤T ≤172.12K
T-172.12K AH = 6.406kJ/mol
CICL₂(1)]/R=7.689 +(5.582x10³ K)T-(1954x10 K)7² 172.12K s T ≤ 239.0K
Tup=239.0K AH-20.40kJ/mol
CICL₂(g)1/R-3.812+(1.220x10³ K)T-(4.856x107 K2)72 239.0K ≤T≤1000K

Calculate the change in entropy for one mole of Cl₂ as it goes from the solid phase
3.
at 172.12 K to the gas phase at 239.0 K. Useful data is on the helper sheet.

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