This is honestly an amazing channel, the way you explain is easy to understand and you never sacrifice important details. You are a life saver. Hopefully more people find the channel, you deserve recognition!
just found your channel and im in my first semester of orgo and gotta say your videos are so helpful and make me grasp the concept much better, thank you!!
Im a bit confused on the last step how one carbon is less substituted than the another in the 2 equivalent step of adding HBr to the root equation, aren't they equally subsidized?
Excuse me, during the formation of a carbocation, will there be rearrangements to the tertiary carbon atom bonded to the atom forming the double bond? And why is there no rearrangement to the secondary (allylic) carbon atom bonded to the carbon atom forming a double bond, isn't there a resonance between the positive charge and the double bond?
This is honestly an amazing channel, the way you explain is easy to understand and you never sacrifice important details. You are a life saver. Hopefully more people find the channel, you deserve recognition!
Thanks for saying so, Philip - glad you found the channel and find it so helpful!
just found your channel and im in my first semester of orgo and gotta say your videos are so helpful and make me grasp the concept much better, thank you!!
You are welcome, christian - good luck on all your studies!
Im a bit confused on the last step how one carbon is less substituted than the another in the 2 equivalent step of adding HBr to the root equation, aren't they equally subsidized?
perfectly explaineddddd, thank you so much❤️
You're welcome, B!
Excuse me, during the formation of a carbocation, will there be rearrangements to the tertiary carbon atom bonded to the atom forming the double bond? And why is there no rearrangement to the secondary (allylic) carbon atom bonded to the carbon atom forming a double bond, isn't there a resonance between the positive charge and the double bond?
Thank you so much!!!
You're welcome!