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9:31 AM Sun Oct 30 Consider the following information: 2Na(g) + 3N₂(g) → 2NaN3(s) The AH is -87.3 kJ/mol. The ASn is -344.2 J/mol. The "per mole" refers to the sodium azide. AHn for 2 moles of sodium azide produced is -174.6 ASn for 2 moles of sodium azide produced is -688.4 J/K AHsurroundings for the reaction producing 2 moles of sodium azide is 6 ASsurroundings for the reaction producing 2 moles of sodium azide is 585.9 ASuniverse for the reaction producing 2 moles of sodium azide is -102.5 Under these conditions, is the reaction spontaneous? (yes/no) no Given the above information, answer the questions below. Assume that the system and surroundings are in thermal equilibrium at 298K. 12/13 answered : ✓ KJ X KJ ✓ J/K 174% ✓ J/K Pesubmit X !!!

9:31 AM Sun Oct 30 Consider the following information: 2Na(g) + 3N₂(g) → 2NaN3(s) The AH is -87.3 kJ/mol. The ASn is -344.2 J/mol. The "per mole" refers to the sodium azide. AHn for 2 moles of sodium azide produced is -174.6 ASn for 2 moles of sodium azide produced is -688.4 J/K AHsurroundings for the reaction producing 2 moles of sodium azide is 6 ASsurroundings for the reaction producing 2 moles of sodium azide is 585.9 ASuniverse for the reaction producing 2 moles of sodium azide is -102.5 Under these conditions, is the reaction spontaneous? (yes/no) no Given the above information, answer the questions below. Assume that the system and surroundings are in thermal equilibrium at 298K. 12/13 answered : ✓ KJ X KJ ✓ J/K 174% ✓ J/K Pesubmit X !!!

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter5: Principles Of Chemical Reactivity: Energy And Chemical Reactions
Section: Chapter Questions
Problem 120SCQ: In the reaction of two moles of gaseous hydrogen and one mole of gaseous oxygen to form two moles of...
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Need help find delta h surrounding
9:31 AM Sun Oct 30 Consider the following information: 2Na(g) + 3N₂(g) → 2NaN3(s) The AH is -87.3 kJ/mol. The ASn is -344.2 J/mol. The "per mole" refers to the sodium azide. J/K AHn for 2 moles of sodium azide produced is -174.6 ASn for 2 moles of sodium azide produced is -688.4 AHsurroundings for the reaction producing 2 moles of sodium azide is 6 ASsurroundings for the reaction producing 2 moles of sodium azide is 585.9 ASuniverse for the reaction producing 2 moles of sodium azide is -102.5 Under these conditions, is the reaction spontaneous? (yes/no) no Given the above information, answer the questions below. Assume that the system and surroundings are in thermal equilibrium at 298K. 12/13 answered : ✓ KJ X KJ ✓ J/K 174% ✓ J/K Docubmit X !!!
Transcribed Image Text:9:31 AM Sun Oct 30 Consider the following information: 2Na(g) + 3N₂(g) → 2NaN3(s) The AH is -87.3 kJ/mol. The ASn is -344.2 J/mol. The "per mole" refers to the sodium azide. J/K AHn for 2 moles of sodium azide produced is -174.6 ASn for 2 moles of sodium azide produced is -688.4 AHsurroundings for the reaction producing 2 moles of sodium azide is 6 ASsurroundings for the reaction producing 2 moles of sodium azide is 585.9 ASuniverse for the reaction producing 2 moles of sodium azide is -102.5 Under these conditions, is the reaction spontaneous? (yes/no) no Given the above information, answer the questions below. Assume that the system and surroundings are in thermal equilibrium at 298K. 12/13 answered : ✓ KJ X KJ ✓ J/K 174% ✓ J/K Docubmit X !!!
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