Knew heat of respectively. Standard entropy at 25°C (cal 51,10 and 31,21, respectively. Question 2: There is the reversible reaction S (s) + O2 (g)/ SO2 (g). At 25°C, initial concentration of oxygen is IM, SO; is 0.6M. Knew that when the reaction reaches equilibrium, concentration of Oxygen is 0.8. Calculate Kp and Kc of this reaction. At equilibrium, adding 0.2 Mof oxygen and 0.4M of SO2, pls calculate concentration of oxygen and SO2 when the system reaches new equilibrium at 25°C. 16 g glycerin (C,H&O3, 92.10 g/mol
Knew heat of respectively. Standard entropy at 25°C (cal 51,10 and 31,21, respectively. Question 2: There is the reversible reaction S (s) + O2 (g)/ SO2 (g). At 25°C, initial concentration of oxygen is IM, SO; is 0.6M. Knew that when the reaction reaches equilibrium, concentration of Oxygen is 0.8. Calculate Kp and Kc of this reaction. At equilibrium, adding 0.2 Mof oxygen and 0.4M of SO2, pls calculate concentration of oxygen and SO2 when the system reaches new equilibrium at 25°C. 16 g glycerin (C,H&O3, 92.10 g/mol
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question 1: Reaction: CH.(g)+2H:0 (g) CO:(g)+4H: (g)
Calculate AH98, ASº295, AGº295 of this reaction.
Knew heat of formation at 25°C (kcal/mol) of CH, H2O and CO2 are-17,89: -57,80; and-94,10,
respectively. Standard entropy at 25°C (cal/mol.K) of CH1, H2O,CO2 and Hz are 45,50; 45,13;
51,10 and 31,21, respectively.
Question 2: There is the reversible reaction S (s) + O2 (g)/ + SO2 (g). At 25°C, initial
concentration of oxygen is IM, SO; is 0.6M. Knew that when the reaction reaches equilibrium,
concentration of Oxygen is 0.8. Calculate Kp and Kc of this reaction. At equilibrium, adding 0.2
Mof oxygen and 0.4M of SO2, pls calculate concentration of oxygen and SO2 when the system
reaches new equilibrium at 25°C.
Question 3: The vapor pressure of a solution containing 53.6 g glycerin (C3H$O3, 92.10 g/mol
nonvolatile, covalent compound) in 133.7 g ethanol (CHSOH, 46.07 g/mol) is 113 torr at 40°C.
Calculate the vapor pressure of pure ethanol at 40°C. Assume ideal behavior.
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Question 1: Reaction: CH.(g)+2H:0 (g) CO:(g)+4H: (g)
Calculate AH98, ASº295, AGº295 of this reaction.
Knew heat of formation at 25°C (kcal/mol) of CH, H2O and CO2 are-17,89: -57,80; and-94,10,
respectively. Standard entropy at 25°C (cal/mol.K) of CH1, H2O,CO2 and Hz are 45,50; 45,13;
51,10 and 31,21, respectively.
Question 2: There is the reversible reaction S (s) + O2 (g)/ + SO2 (g). At 25°C, initial
concentration of oxygen is IM, SO; is 0.6M. Knew that when the reaction reaches equilibrium,
concentration of Oxygen is 0.8. Calculate Kp and Kc of this reaction. At equilibrium, adding 0.2
Mof oxygen and 0.4M of SO2, pls calculate concentration of oxygen and SO2 when the system
reaches new equilibrium at 25°C.
Question 3: The vapor pressure of a solution containing 53.6 g glycerin (C3H$O3, 92.10 g/mol
nonvolatile, covalent compound) in 133.7 g ethanol (CHSOH, 46.07 g/mol) is 113 torr at 40°C.
Calculate the vapor pressure of pure ethanol at 40°C. Assume ideal behavior.
uet wo rg td Sttr
A o 4 ENG
839 AM
04/05/2021
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