# Rate of reaction zero order units

##### *2020-01-27 13:28*

Nov 21, 2017 In addition, it explains how to determine the units of the rate constant k for a zero order reaction and how to derive the integrated rate law expression for a zero order using techniques inThe rate of a zeroorder reaction is constant and independent of the concentration of reactants. This rate is independent of the concentration of the reactants. The rate law is: rate rate of reaction zero order units

In a zero order reaction, the ratek since anything to the power of 0 is 1. Therefore the rate of reaction does not change over time and the [A (for example) changes linearly. In a first order reaction, the rate and concentration are proportional. This means that if the concentration is doubled, the rate will double.

So for a first order reaction, so for first order, a first order reaction rate law is rate is equal to our rate constant k times the concentration of our reactant raised to the first power. Units of rate are molar per second, and the units of concentration are always going to be molar. For zeroorder reactions, the reaction rate is independent of the concentration of a reactant, so that changing its concentration has no effect on the speed of the reaction. Thus, the concentration changes linearly with time.**rate of reaction zero order units** Jan 30, 2008 Best Answer: The correct units of the specific rate constant for a zero order reaction are mol L s or ( it is the same ) Molarity s

For the purposes of rate equations and orders of reaction, the rate of a reaction is measured in terms of how fast the concentration of one of the reactants is falling. Its units are mol dm 3 s 1. *rate of reaction zero order units* Units. The units of the rate constant depend on the global order of reaction: If concentration is measured in units of molL 1 (sometimes abbreviated as M), then For order (m n), the rate constant has units of mol 1(mn) L (mn)1 s 1; For order zero, the rate constant has units How can the answer be improved? May 04, 2011 How to determine the units of k, given the order of the reaction. Many students memorize each reaction order's units of k, but you don't have to! k units: M 1 s 1, M 1 min 1, M 1 hr 1, etc.