Chemical Kinetics
Chemistry Solutions from Chapter -1 - Chemical Kinetics
This unit discusses information about Chemical Kinetics. It describes the rate of a reaction, factors influencing the rate of a reaction, integrated rate equations, temperature dependence, collision theory, etc.
Practice Other Topics from Chemical Kinetics
This topic helps us understand how to determine the speed or rate of a chemical reaction. It can be identified through the rate of decrease in the concentration of reactants or the increase in the concentration of products.
In this topic, we will learn about the factors that influence the rate of a reaction. This includes the presence or absence of catalysts, temperature and nature of the reactants, among other factors.
In this topic, we will learn the concepts and formulas related to the rate law and rate constant in detail with the help of examples.
In this topic, we will learn to calculate order of a reaction. It also deals with the concept of molecularity. We will also learn the difference between the order of a reaction and its molecularity with the help of examples.
In this topic, we will learn how to define and calculate the molecularity of a reaction with the help of examples.
This topic helps us understand the concepts, formulas and properties of zero and first order reactions in detail with examples. It also explains the concept of integrated rate law.
In this topic, we will study pseudo first order reactions. It also contains some examples to explain the pseudo order reactions.
In this topic, we will learn about the relationship between temperature and the rate of a reaction. In simpler words, the rate of a given reaction increases with an increase in the temperature.
This topic will explain to us the collision theory of chemical reactions. This theory is generally used to predict reaction rates in Chemistry, specifically in gases. It is based on the notion that reacting species must collide in order to result in a reaction.
