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P5.1. Calculate ArxnSo of the reaction: H2ie + % Ozie) a. at 25 °C b. at 1000 °C Given: S°/R at 25 °C: H2le): 15.7041 O2le): 24.6604 H,0e: 22.6984 Čp" /R at the temperature range: Hze): 3.4958 - 0.1006 x 103 T/(K) + 2.419 x 107 T2/(K?) Ozle: 3.0673 + 1.6371 x 103 T/(K) + 5.118 x 107 T/(K?) H,0: 3.6330 + 1.1950 x 10-3 T/(K) + 1.340 x 10-7 T2/(K2)

P5.1. Calculate ArxnSo of the reaction: H2ie + % Ozie) a. at 25 °C b. at 1000 °C Given: S°/R at 25 °C: H2le): 15.7041 O2le): 24.6604 H,0e: 22.6984 Čp" /R at the temperature range: Hze): 3.4958 - 0.1006 x 103 T/(K) + 2.419 x 107 T2/(K?) Ozle: 3.0673 + 1.6371 x 103 T/(K) + 5.118 x 107 T/(K?) H,0: 3.6330 + 1.1950 x 10-3 T/(K) + 1.340 x 10-7 T2/(K2)

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter8: Thermochemistry
Section: Chapter Questions
Problem 60QAP: For the vaporization of one mole of bromine at 59C, determine (a) H (Table 8.2) (b) PV(c) E
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P5.1. Calculate ArxnSoof the reaction: + ½ Ozle) H,Oe) a. at 25 °C b. at 1000 °C Given: 5° /R at 25 °C: H2ie): 15.7041 O2le): 24.6604 H,0R: 22.6984 Cp /R at the temperature range: H2le): 3.4958 - 0.1006 x 103 T/(K) + 2.419 x 107 T²/(K²) Ozleg: 3.0673 + 1.6371 x 103 T/(K) + 5.118 x 107 T/(K?) H,0je: 3.6330 + 1.1950 x 10-3 T/(K) + 1.340 x 10-7 T2/(K2)
Transcribed Image Text:P5.1. Calculate ArxnSoof the reaction: + ½ Ozle) H,Oe) a. at 25 °C b. at 1000 °C Given: 5° /R at 25 °C: H2ie): 15.7041 O2le): 24.6604 H,0R: 22.6984 Cp /R at the temperature range: H2le): 3.4958 - 0.1006 x 103 T/(K) + 2.419 x 107 T²/(K²) Ozleg: 3.0673 + 1.6371 x 103 T/(K) + 5.118 x 107 T/(K?) H,0je: 3.6330 + 1.1950 x 10-3 T/(K) + 1.340 x 10-7 T2/(K2)
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