Situation: Charcoal reacts with steam according to the equation: _C + _H2O ⇋ _CO + _H2 Predict the direction of the equilibrium shift for each of the following stresses by indicating R – if the shift is to the RIGHT and L – if the shift is to the LEFT or NS for NO SHIFT: STRESS SHIFT STRESS SHIFT STRESS SHIFT Addition of positive catalyst Decreased carbon monoxide concentration Increased water concentration Increased carbon monoxide concentration Increased temperature Increased pressure Decreased water concentration Increased carbon concentration
Situation: Charcoal reacts with steam according to the equation: _C + _H2O ⇋ _CO + _H2 Predict the direction of the equilibrium shift for each of the following stresses by indicating R – if the shift is to the RIGHT and L – if the shift is to the LEFT or NS for NO SHIFT: STRESS SHIFT STRESS SHIFT STRESS SHIFT Addition of positive catalyst Decreased carbon monoxide concentration Increased water concentration Increased carbon monoxide concentration Increased temperature Increased pressure Decreased water concentration Increased carbon concentration
Chemistry
10th Edition
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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Situation: Charcoal reacts with steam according to the equation: _C + _H2O ⇋ _CO + _H2
Predict the direction of the equilibrium shift for each of the following stresses by indicating R – if the shift is to the RIGHT and L – if the shift is to the LEFT or NS for NO SHIFT:
STRESS |
SHIFT |
STRESS |
SHIFT |
STRESS |
SHIFT |
Addition of positive catalyst |
|
Decreased carbon monoxide concentration |
|
Increased water concentration |
|
Increased carbon monoxide concentration |
|
Increased temperature |
|
Increased pressure |
|
Decreased water concentration |
|
Increased carbon concentration |
|
|
|
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