Chemical kinetics Lec-31 | Diffusion Controlled Reaction Kinetics | CSIR-NET/JRF | GATE | IIT-JAM |

✌Download notes:
You can now download the notes from our store - https://www.rjacademy.store/learn
-----------------------------------------------------------------------------------------------------------------------------------

In this video, we will discuss the kinetics of Diffusion-Controlled reaction.

Please do watch the previous lectures of the Chemical Kinetics series to understand kinetics better.
-------------------------------------------------------------------------------------------------------
Welcome to RJ Academy where we are targeting CSIR NET/JRF (CHEMICAL SCIENCE), GATE, IIT-JAM, and other entrance exams related to chemistry.

This is an open courseware program where anyone can watch the complete lecture series for free.
Your support is highly appreciated. If you want to support us, you can contribute your contribution so that RJ Academy will continue to provide high-quality educational resources for free.
You can contribute through Paytm, Google Pay, or Phone pay.
Paytm number = 9053519385
Google Pay = 9053519385
Phone Pay = 9053519385

--------------------------------------------------------------------------------------------------------------------

RJ academy introduces a new course of chemical kinetics that includes the entire syllabus of CSIR-NET/JRF, GATE, IIT-JAM, IIT-BHU, DU M.Sc. entrance, and other chemistry-related exams where chemical kinetics is been asked.
---------------------------------------------------------------------------------------------------------------------

This course will contain the syllabus of JEE mains and advance, NEET, and other 12th standard level exams.

***************************************************************************

In this course of Chemical Kinetics, Firstly, we break the syllabus into three parts as-
Part A
Part B
Part C
---------------------------------

In Part C, we discussed the Arrhenius theory through the Arrhenius equation that included two important parameter-
1.) Activation energy
2.) Arrhenius pre-exponential factor

Firstly, we discussed the Gardiner concept that gives the rate constant equation a new perception and then we started studying the theories based on the Gardiner concept which are:
1) Collision Theory of Rate of reaction
2) Activated Complex Theory

Then we started the kinetics of reactions that are occurring in solutions, and we have started with the Salt Effect which is studied under two categories:
1) Primary Salt Effect
2) Secondary Salt Effect.

After that, we studied and Perrin hypothesis and from there, we have seen the Lindemann-Hinselwood theory where we discuss two ways to calculate the rate corresponding to the activation step in the Lindemann mechanism.

Then we started our solution kinetics again and we are seeing the effect of Solvent's dielectric coefficient through the Double Sphere Model.

-----------------------------------------------------------------------------------------------------------
#CSIRNET
#GATE
#IITJAM
#IITJEE
#JEEAdvanced
#NEET
#TIFR
#DU | #BHU M.Sc. entrance
#JNCASR
#IISER
#DailyFreeLiveClasses

⚽ Subscribe to my channel to get a notification:
   / @rjacademy.chemistry  

⚽To watch the complete playlist of Thermodynamics, Click on the link below:
   • Thermodynamics  

🎬Other Videos to Watch:

🍭Statistical Thermodynamics:    • Statistical thermodynamics  

🍭Analytical Chemistry:    • Analytical chemistry  

🍭Organic Spectroscopy:    • Organic Spectroscopy  

🍭General Aptitude:    • General Apptitude  

🍭Thermodynamics:    • Chemical kinetics  

🍭Quantum chemistry:    • Quantum chemistry  

🍭Data Analysis:    • Data analysis  

🍭Molecular spectroscopy:    • Molecular spectroscopy  

-------------------------------------------------------------------------------------------------
Thanks for watching
Do Subscribe, like, and comment
------------------------------------------------------------------------------------------------------------
DISCLAIMER: Copyright Disclaimer Under Section 107 of the Copyright Act 1976, the allowance was made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a copyright law that may otherwise be infringing. Non-profit, educational, or personal use tips