This is probably the best explanation of this topic I've seen. It's very clear, colorful, and gets right to the point. Thanks so much! Your channel is already helping me so much in Organic Chem.
6:36 sir you are the best , I don’t know how to thank you! you are one of the rarest teachers that actually knows how to explain things to students very clearly, not only that but also u actually appreciate our efforts,,,, may Allah reward you
Hi, I hope you see this comment and thank you for this video. Wouldn’t the bonds between the hydrogen and carbon have different energies than the carbon oxygen bonds, since the former is the overlap of an s and an sp2 orbital, while the latter is that of two sp2 orbitals? Thanks
1:02 "Do you know how that happens? I do!" I have no idea why that was so funny to me, but I am now in a better mood while doing my homework :)
This is probably the best explanation of this topic I've seen. It's very clear, colorful, and gets right to the point. Thanks so much! Your channel is already helping me so much in Organic Chem.
6:36 sir you are the best , I don’t know how to thank you! you are one of the rarest teachers that actually knows how to explain things to students very clearly, not only that but also u actually appreciate our efforts,,,, may Allah reward you
I cannot thank you enough for this phenomenal video of explaioning this. Youa are the goat Nate
Whether I miss my chemistry lessons or spend them napping, this guy always helps me out before my tests. Tysm sir
You a real one for this! Thanks for the video my friend !
bless up you saved my life🙏
Amazing sir🎉🎉 add more and more 😊
I will try my best
excellent - saw this my first time
a very helpful review for me, thanks so much
love you sir!
You are the best 😍😍😍
Do they have electrons in their P orbitals?
Does every atom have to get hybridized to make bonds?
Interesting
Hi, I hope you see this comment and thank you for this video. Wouldn’t the bonds between the hydrogen and carbon have different energies than the carbon oxygen bonds, since the former is the overlap of an s and an sp2 orbital, while the latter is that of two sp2 orbitals? Thanks
You the beautiful one 🥺🥰
Best
explanation kind of confusing 1:00-2:00