QuestionMay 16, 2025

A chemical reaction that has more moles of gaseous reactants than of gaseous products in the balanced chemical equation is at equilibrium. When the volume of the reaction vessel decreases, the reaction shifts to the square and more square forms.

A chemical reaction that has more moles of gaseous reactants than of gaseous products in the balanced chemical equation is at equilibrium. When the volume of the reaction vessel decreases, the reaction shifts to the square and more square forms.
A chemical reaction that has more moles of gaseous reactants than of gaseous
products in the balanced chemical equation is at equilibrium. When the volume of
the reaction vessel decreases, the reaction shifts to the square 
and more square  forms.

Solution
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Answer

right; products Explanation 1. Identify the effect of volume change Decreasing the volume increases pressure, favoring the side with fewer moles of gas. 2. Determine the direction of shift The reaction will shift towards the side with fewer moles of gaseous products. 3. Identify what forms more More of the gaseous products will form as the reaction shifts to that side.

Explanation

1. Identify the effect of volume change<br /> Decreasing the volume increases pressure, favoring the side with fewer moles of gas.<br /><br />2. Determine the direction of shift<br /> The reaction will shift towards the side with fewer moles of gaseous products.<br /><br />3. Identify what forms more<br /> More of the gaseous products will form as the reaction shifts to that side.
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