The way of using the coefficients in the balanced overall equation for a reaction to predict with certainty the exponents in the rate law, is to be interpreted. Concept Information: The rate law equation determines the extent to which the product is formed. The rate of a reaction may be defined as the speed at which the chemical reaction proceeds or the concentration of the reactant which transforms into the product, at a particular point in time. The concentrations of the reactants are to be raised to some powers to show their effect on the rate of the reaction . These powers are generalized as the order of the reaction. If the order of any reactant is zero this means that the rate of the reaction is independent on the concentration.

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Chapter 13, Problem 17RQ

Interpretation Introduction

Interpretation:

The way of using the coefficients in the balanced overall equation for a reaction to predict with certainty the exponents in the rate law, is to be interpreted.

Concept Information:

The rate law equation determines the extent to which the product is formed.

The rate of a reaction may be defined as the speed at which the chemical reaction proceeds or the concentration of the reactant which transforms into the product, at a particular point in time.

The concentrations of the reactants are to be raised to some powers to show their effect on the rate of the reaction. These powers are generalized as the order of the reaction.

If the order of any reactant is zero this means that the rate of the reaction is independent on the concentration.

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