2A. ( i) Carbon dioxide sublimes ii) Hydroiodic acid and Sodium Hydroxide are neutralized iii) Neon gas is liquefied under pressure. Predict the change in entropy for the following: 28. ( When an ionic substance MNO, is dissolved in water at 25°C, the temperature of the solution decreases. What is the sign of AH and AS for this process? Use the data below for Q. 2 C and 2D: Consider the reaction: AsCl; AsCl + Cl₂ (all gas phase). The following values are at 25°C: AG% ASCI, 334.34 kJ/mol . 2C. ( AG% ASCI, 301.25 kJ/mol AH ASCI, = -394.35 kJ/mol AH% AsCl, -313.80 kJ/mol Will this reaction proceed spontaneously? Show your work to support your answer!

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2A. (
i) Carbon dioxide sublimes
ii) Hydroiodic acid and Sodium Hydroxide are neutralized
iii) Neon gas is liquefied under pressure..
Predict the change in entropy for the following:
28. (
When an ionic substance MNO3 is dissolved in water at 25°C, the
temperature of the solution decreases. What is the sign of AH and AS for this process?
Use the data below for Q. 2 C and 2D: Consider the reaction: AsCl → AsCl3 + Cl₂ (all gas
phase). The following values are at 25°C:
AG% AsCls=334.34 kJ/mol
AG% AsCl301.25 kJ/mol
AH, ASCI; = -394.35 kJ/mol
AH ASCI, 313.80 kJ/mol
2C. {
2D.
Will this reaction proceed spontaneously? Show your work to support your answer!
Calculate the equilibrium constant for this reaction at 800K and 1 atm pressure.
Transcribed Image Text:2A. ( i) Carbon dioxide sublimes ii) Hydroiodic acid and Sodium Hydroxide are neutralized iii) Neon gas is liquefied under pressure.. Predict the change in entropy for the following: 28. ( When an ionic substance MNO3 is dissolved in water at 25°C, the temperature of the solution decreases. What is the sign of AH and AS for this process? Use the data below for Q. 2 C and 2D: Consider the reaction: AsCl → AsCl3 + Cl₂ (all gas phase). The following values are at 25°C: AG% AsCls=334.34 kJ/mol AG% AsCl301.25 kJ/mol AH, ASCI; = -394.35 kJ/mol AH ASCI, 313.80 kJ/mol 2C. { 2D. Will this reaction proceed spontaneously? Show your work to support your answer! Calculate the equilibrium constant for this reaction at 800K and 1 atm pressure.
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