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Snehal A

Chemists are often fascinated in how swiftly a reaction will occur, and what we can do to regulate the rate. The study of reaction rates is called kinetics, and this course by Snehal Azad explains completely about the concepts related to chemical kinetics. As the course begins one will know a brief outline on what this course teaches and one will also realize how important this course would be to crack JEE mains. The major topics which one will be learning are Rate Law Equation and Order of a Reaction, Understanding Law of Mass Action, Elementary and Complex Reactions, Average and Instantaneous Rates, Introduction to Chemical Kinetics and Rate of a Reaction and much more. 

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

English

In-depth study of Physical Chemistry: Chemical Kinetics

Chemistry

JEE (Joint Entrance Examination) Preparation

Chemical Kinetics and Radioactivity

Physical Chemistry

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

This lesson will brief you about the topics which you'll come across under the course Chemical Kinetics. As this lesson instigates you'll understand the purpose of this course and you can ​explore how this course will be advantageous for your JEE Mains and Advanced preparations. Then the educator list the lesson which will be taught.

Overview of the Course: Chemical Kinetics

This lesson will help one gain comprehension on the basics of chemical kinetics. As the lesson starts one will come across the definition of chemical kinetics. Then educator explains types of reactions on the basis of reaction rates in details using proper illustrations.

Introduction to Chemical Kinetics and Rate of a Reaction

In this lesson one will learn various topics pertaining to average and instantaneous rates. As this unit begins one will come across the factors which affect reaction rates, then educator explains you in detail about the average​ rate and instantaneous rate of reaction.

Understand Average and Instantaneous Rates

As this lesson instigates one will gain comprehension of the law of mass action. Then Snehal explains completely about the elementary and complex reactions. Each of this topic​ is explained with the help of appropriate equations.

Understanding Law of Mass Action,Elementary and Complex Reactions

In this lesson, Snehal explains completely about the elements related to rate law equation and order of a reaction. Each concept involved in it are explained in depth with the help of proper illustrations which would definitely give one better understanding​.

Gain Insight on Rate Law Equation and Order of a Reaction

This lesson helps one to learn the concepts related to molecularity of a reaction. Beginning with the definition of molecularity of a reaction Snehal takes you through many significant factors of molecularity of a reaction. Then he takes up few examples and explains about this reaction.

Understand the Molecularity of a Reaction

This lesson talks about integrated rate law equation for zero order equation. Lesson begins by explaining integrated rate law equation for zero order equation with a chemical equation.  Then explanation moves onto half life and related concepts. Then by taking a problem into consideration, explained about how to solve it using previously explained concepts.

Integrated Rate Law Equation for Zero Order Reaction

This lesson discusses integrated rate law equation for 1st order reaction. Lesson begins with a derivation of integrated rate law equation and role of degree of dissociation, in deriving it. Then it focuses on half-life and related concepts with an example. Finally, it concludes by explaining about kinetic equation for a general first order reaction with graphs.​

Integrated Rate Law Equation for 1st Order Reaction

This lesson focuses on the decomposition of hydrogen peroxide. The lesson begins with an explanation of hydrogen peroxide in an aqua solution decomposes to water and oxygen in the presence of platinum as a catalyst. Then explanation moves on to the ​role of KMnO(4) in decomposition. And it also describes the implications of rate law equation and time on the decomposition. Finally, it gives a clear picture about decomposition with an illustrative example.​

Decomposition of Hydrogen Peroxide

This lesson talks about the inversion of cane sugar. The lesson begins with an explanation of dextro-rotatary nature of cane sugar with the characteristic equation to represent how actually sucrose is getting converted to glucose and fructose. Then, it deals with the kinetics of the reaction by taking time as an important parameter to study.​​

Inversion of Cane Sugar

In this lesson. Snehal sheds light on the concepts of hydrolysis of Esters and oxide layer formation. Beginning with the definitions he takes you through the mechanism of hydrolysis of the esters by illustrating it by proper chemical equations. He also explains the formation of the ​oxide layer with clearing examples.

Understand the Hydrolysis of Esters and Oxide Layer Formation

From this lesson, one will learn how to derive integrated rate law equation for second  order reaction. The forms of second order reactions are illustrated with proper examples. Then he explains the derivation of ILE.  He also briefs about half life and takes us through its derivation. ​

Integrated Rate Law Equation for Second Order reaction

In this lesson, one will be studying the various ways of identifying the order of a reaction. The three major techniques which will be discussed here are Hit and Trial method, Initial Rate method,  and Half-life method. In the beginning, one can find the explanation on how to find the order of a reaction using Hit and trial method. He then shifts his focus on explaining the half life method and lastly he also describes how to recognize the ​order of a rate using initial rate method.

Comprehend the Methods For Determining the Order of a Reaction Part 1

In the last lesson we Snehal explained Hit and Trial method, Initial Rate method, and Half-life method to find the order of a reaction. In this lesson, he discusses two more methods through which you can learn to analyze the order of a reaction. As he begins, he illustrates how to identify the  order using the graphical method. Ostwald Isolation is also explained in detail at the end of this lesson. ​

Comprehend the Methods For Determining the Order of a Reaction Part 2

In this lesson, Snehal concentrates on the reactions where a substance reacts in one or many ways i.e parallel reaction. He takes up an appropriate reaction in order to make you understand the parallel reaction. Then to cement the concepts which you learn he takes up few questions and solves them with clear explanations.​

Gain an Understanding of Parallel Reactions

In this lesson, Snehal Azad takes a very vital concept in chemical kinetic, i.e sequential reaction. As he begins he briefly explains what actually a sequential reaction is. Then he takes up an example question and solves it for providing better acquaint over the concepts. He also illustrates sequential reaction using many equations.

Gain Comprehension of Sequential Reactions

In this lesson, Snehal Azad sheds light on very important concepts from chemical kinetics. As the lesson starts he takes you through the concepts related to the collision theory, where he briefs about the energy barrier and the orientation barrier. He then shifts his focus on explaining the temperature dependence of reaction rate. He uses appropriate examples and reactions and clears each concept.

Gain Insights into The Collision Theory, Activated Complex Theory and Temperature Dependence of Reaction

In the previous lesson, Snehal explained collision theory, activated theory and temperature dependence of a reaction. In this lesson, he initially explains the concepts related to the activation energy. He also briefs about the progress of the reaction. Then he throws light on Arrhenius equation. Lastly, he describes the positive catalyst and the negative catalyst ​by explaining their​ reaction progress through a graph.

Comprehend Activation Energy, Arrhenius Equation, ​and Effect pf Catalyst

Through this informative course so far Snehal has taught various concepts pertaining from Chemical Kinetics for JEE mains and advanced. So to cement all those theoretical topics which were discussed earlier, Snehal has taken up few important questions which appeared in previous year exams and solves them. This would help you retain, recollect and revise the concepts which you studied so far in this course.

Previous Year Questions on Chemical Kinetics

In this course, we have come across concepts which are related to various types of chemical reactions. This lesson also deals with a fascinating and important reaction that is, Reversible Reactions. As Snehal begins he throws light on the very basics of reversible kinetics. Then he explains this reaction under 2 different cases, which are, first order reaction opposed by first order and first order opposed by zero order. He uses appropriate illustrations and solves them to make us cement the concepts for a longer time.​

Get an Insight into Reversible Reaction

The topmost Physical chemistry educator, BJ sir have mentored large number of Top-100 rankers including AIR-1 in his 15 years of experience.

Brijesh Jindal

This is a full course on chemical kinetics covering whole syllabus as per IIT JEE (mains and advanced).

(Hindi) Chemical Kinetics in KOTA Style : IIT JEE

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Vishwa Vivek Sharma

in this course i will explain all the concept related to the order of the reaction...

(Hindi) Order Of The Reactions - IIT JEE

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Anil Saini

In this course, educator will be teaching about
  basic concepts of Chemical Kinetics. It is broadly based on NCERT text for students of Class 11th, 12th , IIT-JEE , NEET

(Hindi) Chemical Kinetics - A Complete Understanding : IIT JEE

In this course, the educator discusses the final part of chemical kinetics, all the topics will be covered in this course which will be helpful for IIT JEE Aspirants.

(Hindi) Chemical Kinetic 3: IIT JEE

this course is full of concepts and practice numericals from the topic chemical kinetics.

(Hindi) Chemical Kinetics- JEE MAIN

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Alka Rani

In this Course we discuss about electrochemistry all concept in very easy way. This Course is beneficial for IIT JEE aspirants.

Lessons

20 lessons • 2h 19m