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Integrated Rate Law Equation for Second Order reaction
Lesson 12 of 20 • 0 upvotes • 4:03mins
Snehal A
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.
In-depth study of Physical Chemistry: Chemical Kinetics
20 lessons • 2h 19m
1
Overview of the Course: Chemical Kinetics
3:10mins
2
Introduction to Chemical Kinetics and Rate of a Reaction
9:21mins
3
Understand Average and Instantaneous Rates
7:01mins
4
Understanding Law of Mass Action,Elementary and Complex Reactions
6:09mins
5
Gain Insight on Rate Law Equation and Order of a Reaction
10:00mins
6
Understand the Molecularity of a Reaction
6:15mins
7
Integrated Rate Law Equation for Zero Order Reaction
8:16mins
8
Integrated Rate Law Equation for 1st Order Reaction
7:33mins
9
Decomposition of Hydrogen Peroxide
4:20mins
10
Inversion of Cane Sugar
7:37mins
11
Understand the Hydrolysis of Esters and Oxide Layer Formation
5:35mins
12
Integrated Rate Law Equation for Second Order reaction
4:03mins
13
Comprehend the Methods For Determining the Order of a Reaction Part 1
5:05mins
14
Comprehend the Methods For Determining the Order of a Reaction Part 2
7:22mins
15
Gain an Understanding of Parallel Reactions
8:45mins
16
Gain Comprehension of Sequential Reactions
6:36mins
17
Gain Insights into The Collision Theory, Activated Complex Theory and Temperature Dependence of Reaction
8:08mins
18
Comprehend Activation Energy, Arrhenius Equation, and Effect pf Catalyst
8:56mins
19
Previous Year Questions on Chemical Kinetics
9:00mins
20
Get an Insight into Reversible Reaction
6:36mins
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