Chemical Kinetics



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Contents

Chemical Reaction & Very Fast Reaction


Description: Chemical reactions involve the transformation of reactants into products, with very fast reactions occurring instantly.


Rate, Speed & Velocity of Reaction


Description: Rate, speed, and velocity of reaction indicate how quickly reactants are converted into products over time.


Average Rate of Reactions


Description: Average rate of reaction measures concentration change of reactants or products over a specific time interval.


Factors influence the rate of reaction


Description: Factors influencing the rate of reaction include temperature, concentration, catalyst, surface area, and pressure.


Elementary & Complex Reaction


Description: Elementary reactions occur in a single step, while complex reactions involve multiple steps and intermediates.


Order of reaction


Description: Order of reaction is the sum of exponents in the rate equation, determining reactant dependency.


Rate constant & its Characteristic


Description: Rate constant is a proportionality factor in rate equations, influenced by temperature and reaction order.


Integrated Rate Equations


Description: Integrated rate equations describe the change in reactant or product concentration over time mathematically.


Methods of Determination of Order of Reaction


Description: Methods to determine reaction order include graphical analysis, initial rate method, and half-life determination.


Half Life of order of Reaction


Description: Half-life of a reaction is the time required for half the reactant to be consumed.


Factors affecting rates of reactions


Description: Factors affecting reaction rates include the nature of reactants, temperature, concentration, catalysts, and physical state.


Collision Theory


Description: Collision theory states that reactant molecules must collide with proper orientation and energy to react.


Summary of the Chapter


Description: Summary of the chapter explains reaction rates, influencing factors, rate laws, reaction mechanisms, and theories.


Instantaneous rate of Reaction


Description: Instantaneous rate of reaction represents the reaction rate at a particular moment, determined using differential equations.


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