Define chemical equilibrium. Group of answer choices The reaction rate in the forward direction equals the reaction rate in the reverse direction resulting in a continuous reaction with no net change. The chemical reaction stops when the reaction rate in the forward direction equals the reaction rate in the reverse direction. The chemical reactions stops when the concentration of reactants and the forward reactions rate equals the concentration of the products and the reverse reaction rate. The chemical reaction stops when the concentration of the reactants equals the concentration of the products. The concentration of the reactants equals the concentration of the products resulting in a continuous reaction with no net change.
Define chemical equilibrium. Group of answer choices The reaction rate in the forward direction equals the reaction rate in the reverse direction resulting in a continuous reaction with no net change. The chemical reaction stops when the reaction rate in the forward direction equals the reaction rate in the reverse direction. The chemical reactions stops when the concentration of reactants and the forward reactions rate equals the concentration of the products and the reverse reaction rate. The chemical reaction stops when the concentration of the reactants equals the concentration of the products. The concentration of the reactants equals the concentration of the products resulting in a continuous reaction with no net change.
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter18: Chemical Equilibrium
Section: Chapter Questions
Problem 80E: Classify each of the following statements as true or false. aSome equilibria depend on a steady...
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Define
Group of answer choices
The reaction rate in the forward direction equals the reaction rate in the reverse direction resulting in a continuous reaction with no net change.
The chemical reaction stops when the reaction rate in the forward direction equals the reaction rate in the reverse direction.
The chemical reactions stops when the concentration of reactants and the forward reactions rate equals the concentration of the products and the reverse reaction rate.
The chemical reaction stops when the concentration of the reactants equals the concentration of the products.
The concentration of the reactants equals the concentration of the products resulting in a continuous reaction with no net change.
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