A. Situational Analysis. Situation: Charcoal reacts with steam according to the equation: _C+_H₂O = _CO + H₂ 1. Write the balanced chemical equation for this chemical reaction (situation 1) (HANDWRITTEN) 3 2. 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: (COMPUTERIZED) SHIFT SHIFT STRESS Addition of positive catalyst Increased monoxide concentration Decreased concentration carbon water STRESS Decreased monoxide carbon concentration Increased temperature Increased concentration carbon STRESS Increased concentration Increased pressure water SHIFT

World of Chemistry, 3rd edition
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ISBN:9781133109655
Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
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Chapter17: Equilibrium
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Problem 34A
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Answer only no. 2, increased temperature and increased pressure
A. Situational Analysis.
Situation: Charcoal reacts with steam according to the equation: _C+_H₂O_CO+ _H₂
1. Write the balanced chemical equation for this chemical reaction (situation 1)
(HANDWRITTEN)
6
2. 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: (COMPUTERIZED)
SHIFT
SHIFT
STRESS
Addition of positive
catalyst
Increased
monoxide
concentration
Decreased
concentration
carbon
water
STRESS
Decreased
monoxide
carbon
concentration
Increased temperature
Increased
concentration
carbon
STRESS
Increased
concentration
water
Increased pressure
SHIFT
Transcribed Image Text:A. Situational Analysis. Situation: Charcoal reacts with steam according to the equation: _C+_H₂O_CO+ _H₂ 1. Write the balanced chemical equation for this chemical reaction (situation 1) (HANDWRITTEN) 6 2. 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: (COMPUTERIZED) SHIFT SHIFT STRESS Addition of positive catalyst Increased monoxide concentration Decreased concentration carbon water STRESS Decreased monoxide carbon concentration Increased temperature Increased concentration carbon STRESS Increased concentration water Increased pressure SHIFT
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