Discuss Transition state Theory of Rate of Reaction | Chemical Kinetics | Physical Chemistry

[@pruthveshmandle4978]

Very well curated. Easy to comprehend. Thank you sir

[@kaushikumarihami1982]

I always love your videos. Because easy to understand, but more importantly very reliable. Because I have realized even though some videos might have good views they sometimes do some mistakes, wrong interpretations. In that prospectus also you are great

[@Edmerls]

Thanks a lot..

[@donotbebiased6987]

What is the cause of those curves at both extremes?

[@kvfacts2092]

How do we know that the element is in transition state

[@avinashajmera2775]

This is written in book also
You should explain

[@jatinpatro3541]

Excellent sir.. Truly awesome ❤❤❤

[@sonukalyan993]

If you don't mind sir, plz try to little bit slower so that we can understand entirely

[@chemistrybysaadanwar]

Watch my video lecture at this topic

[@sajnamuneeb6488]

From where we get the equation???
K=RT k*/Nh
??

[@ashrafmuhammad255]

Kindly guide about following equations used in the determination of ΔG and A ( pre-exponential factor), while doing thermodynamic analysis ( based on Ea obtained from model-free kinetic methods, applied on linear heating rate)
1. A= β * Ea *exp(-Ea/R*Tp)/ (R*Tp^2)
where β= heating rate e.g "10 Degree Celsius/minute"
Ea= apparent activation energy at T
Tp= Peak temperature of thermal degradation
2. ΔG= Ea+R*Tp* Ln( Kb*Tp)/(h.A)
Kindly guide , how these are derived .

[@neelamchauhan5159]

Sir physical chemistry ke sare video nhi mil rhe h please link bta dijiye 🙏 please

[@Edmerls]

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[@chemistrybysaadanwar]

great

[@kalpana-li2nr]

Sir ready pannadha printout panna mattum podhaadhu puriyara maari explain pannunga

[@vigneshg7571]

Haha, derivation la ena puriya veparu avaru

[@utkarshsaxena2362]

Awsm sir

[@vigneshg7571]

Thank u sir