1.While the chemical reaction is in progress, Group of answer choices A, the decreasing concentration of the reactant slows the forward reaction rate, and the increasing product concentration speeds the reverse reaction rate B, the decreasing concentration of the reactant speeds the forward reaction rate, and the increasing product concentration slows the reverse reaction rate C. the increasing concentration of the reactant slows the forward reaction rate, and the decreasing product concentration speeds the reverse reaction rate D. the decreasing concentration of the reactant slows the reverse reaction rate, and the increasing product concentration speeds the forward reaction rate 2. When the reaction is at equilibrium, Group of answer choices A, it is proceeding in the forward and reverse directions at the same rate it is stopped B, the concentration of the products is zero and the concentration of reactants is constant C, The concentration of the products equals that of the reactants and is constant D, the concentration of the reactants is zero and the concentration of products is constant
1.While the chemical reaction is in progress, Group of answer choices A, the decreasing concentration of the reactant slows the forward reaction rate, and the increasing product concentration speeds the reverse reaction rate B, the decreasing concentration of the reactant speeds the forward reaction rate, and the increasing product concentration slows the reverse reaction rate C. the increasing concentration of the reactant slows the forward reaction rate, and the decreasing product concentration speeds the reverse reaction rate D. the decreasing concentration of the reactant slows the reverse reaction rate, and the increasing product concentration speeds the forward reaction rate 2. When the reaction is at equilibrium, Group of answer choices A, it is proceeding in the forward and reverse directions at the same rate it is stopped B, the concentration of the products is zero and the concentration of reactants is constant C, The concentration of the products equals that of the reactants and is constant D, the concentration of the reactants is zero and the concentration of products is constant
1.While the chemical reaction is in progress, Group of answer choices A, the decreasing concentration of the reactant slows the forward reaction rate, and the increasing product concentration speeds the reverse reaction rate B, the decreasing concentration of the reactant speeds the forward reaction rate, and the increasing product concentration slows the reverse reaction rate C. the increasing concentration of the reactant slows the forward reaction rate, and the decreasing product concentration speeds the reverse reaction rate D. the decreasing concentration of the reactant slows the reverse reaction rate, and the increasing product concentration speeds the forward reaction rate 2. When the reaction is at equilibrium, Group of answer choices A, it is proceeding in the forward and reverse directions at the same rate it is stopped B, the concentration of the products is zero and the concentration of reactants is constant C, The concentration of the products equals that of the reactants and is constant D, the concentration of the reactants is zero and the concentration of products is constant
A, the decreasing concentration of the reactant slows the forward reaction rate, and the increasing product concentration speeds the reverse reaction rate
B, the decreasing concentration of the reactant speeds the forward reaction rate, and the increasing product concentration slows the reverse reaction rate
C. the increasing concentration of the reactant slows the forward reaction rate, and the decreasing product concentration speeds the reverse reaction rate
D. the decreasing concentration of the reactant slows the reverse reaction rate, and the increasing product concentration speeds the forward reaction rate
2. When the reaction is at equilibrium,
Group of answer choices
A, it is proceeding in the forward and reverse directions at the same rate
it is stopped
B, the concentration of the products is zero and the concentration of reactants is constant
C, The concentration of the products equals that of the reactants and is constant
D, the concentration of the reactants is zero and the concentration of products is constant
Definition Definition Transformation of a chemical species into another chemical species. A chemical reaction consists of breaking existing bonds and forming new ones by changing the position of electrons. These reactions are best explained using a chemical equation.
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