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Fill in the correct “changes” in concentration terms for the following unbalanced equations, (e.g. “+y”, “-2y”, shown in bold in the Ex.) etc, in order to establish equilibrium.NOTE: if you start with a species on the product’s side, that side must lose an amount. Const. T & P.​Example: ​​2 SO3​ó 2 SO2 + Cl2​​(IS balanced)​​​​ ​ “x” ​ “x”​​Change: +2y​ -2y -y a)​​CH4(g) + ​O2(g) ó ​CO2(g) +​ H2O(g)​(unbalanced)​​“x”​​“x” Change:​_____​​_____​​_____​ ​______ b)​​H2O(g) + ó ​H2(g) +​ O2(g)​​(unbalanced)​​​​​“x”​​ “x” Change:​_____​​​_____​ ​______

Fill in the correct “changes” in concentration terms for the following unbalanced equations, (e.g. “+y”, “-2y”, shown in bold in the Ex.) etc, in order to establish equilibrium.NOTE: if you start with a species on the product’s side, that side must lose an amount. Const. T & P.​Example: ​​2 SO3​ó 2 SO2 + Cl2​​(IS balanced)​​​​ ​ “x” ​ “x”​​Change: +2y​ -2y -y a)​​CH4(g) + ​O2(g) ó ​CO2(g) +​ H2O(g)​(unbalanced)​​“x”​​“x” Change:​_____​​_____​​_____​ ​______ b)​​H2O(g) + ó ​H2(g) +​ O2(g)​​(unbalanced)​​​​​“x”​​ “x” Change:​_____​​​_____​ ​______

Chemistry
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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Fill in the correct “changes” in concentration terms for the following unbalanced equations, (e.g. “+y”, “-2y”, shown in bold in the Ex.) etc, in order to establish equilibrium.NOTE: if you start with a species on the product’s side, that side must lose an amount. Const. T & P. ​Example: ​​2 SO3​ó 2 SO2 + Cl2​​(IS balanced) ​​​​ ​ “x” ​ “x” ​​Change: +2y​ -2y -y a)​​CH4(g) + ​O2(g) ó ​CO2(g) +​ H2O(g)​(unbalanced) ​​“x”​​“x” Change:​_____​​_____​​_____​ ​______ b)​​H2O(g) + ó ​H2(g) +​ O2(g)​​(unbalanced) ​​​​​“x”​​ “x” Change:​_____​​​_____​ ​______
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