Thermodynamic and Kinetic Control

The present video describes the thermodynamic and kinetic control of products. It has been well explained that why some of the products are thermodynamically favored. The kinetically control products in a reactions has also been explained with examples. It has also been discussed why some reactions having negative ΔG are still non-spontaneous. The conversion of kinetically controlled product to thermodynamically controlled product has been given in this video. The formation of kinetically controlled product first than kinetically controlled product has been discussed.

#ReactionMechanism#ThermodynamicAndKineticControl
Type of Reaction (Lecture 1)
Types of Reactions (Lecture 2)
Introduction To Reaction Mechanism
#BasicOrganicChemistry #SteroechemistryOfHalohydrinFormation
#BasicOrganicChemistry #HalohydrinFormation
#BasicOrganicChemistry #HalogenationofAlkenes
Basic Organic Chemistry
Orientation in Halohydrin Formation
Stereochemistry of Hydroboration-Oxidation of Alkenes
Hydroboration-Oxidation of Alkenes
Orientation in Alkenes Hydration: Regioselectivity
Hydration of Alkenes
Hydrohalogenation of Alkenes: Markovnikov’s Rule
Nomenclature of Alkenes, Alkynes, Aromatic compounds and Phenols
Alkenes Preparation: Wittig Reaction
Preparation of Alkenes: Alcohol Dehydration
Alkenes Preparation: Regioselectivity, Stereoselectivity & Rearrangement in Alcohol Dehydration
Alkenes Reactivity: Hydrogenation

[nasimaarshad]

What a nice lecture. Very informative for the students for the understanding how a reaction is thermodynamically and kinetically controlled. This concept is very very important. You did a great job. 👍

[saransirisilla]

Really good teaching sir
And has huge information

[areebajaved]

Great work ! as always
Keep it up sir 👍
Stay always blessed 😇

[aiswaryar]

Thanku so much crystal clear explanation 💥

[alchemist]

Aoa sir,
Very informative lecture and I relished it from the beginning. My question is about second part when the the product B had lower activation energy as well as lower free energy which makes it the major product for its synthesis. My question is that is there anyway we can make product C a major product when Product B is favoured thermodynamically and kinetically?