2. Decompose 1.00 mol HS as follows: 2HS (g) = 2H (g) + S2 (g) at...

Transcribed Image Text:

2. Decompose 1.00 mol H₂S as follows: 2H₂S (g) = 2H₂ (g) + S2 (g) at constant total pressure P = 1.00 bar. Using the given tables in this subject to take thermodynamic properties, then: a/ Find the equation of ArxnCp as a function of temperature? b/ Find the equation of ArxnH as a function of temperature? c/ Find the equation of Kp as a function of temperature? d/ Estimate the partial pressure of S2 in a range of 400 - 1000 °C (increase each 50 °C, 400, 450, 500,..., 1000 °C)? Draw a diagram to show the partial pressure of S2 as a function of temperature? 2. Decompose 1.00 mol H₂S as follows: 2H₂S (g) = 2H₂ (g) + S2 (g) at constant total pressure P = 1.00 bar. Using the given tables in this subject to take thermodynamic properties, then: a/ Find the equation of ArxnCp as a function of temperature? b/ Find the equation of ArxnH as a function of temperature? c/ Find the equation of Kp as a function of temperature? d/ Estimate the partial pressure of S2 in a range of 400 - 1000 °C (increase each 50 °C, 400, 450, 500,..., 1000 °C)? Draw a diagram to show the partial pressure of S2 as a function of temperature?

Answer rating: 100% (QA)

The reaction involved are 2H2Sg 2H2g S2g i rxnCp qm x T T n x R P x V It is state function ... View the full answer