6.1 Reaction Enthalpy and Bond Dissociation Energy | Organic Chemistry

[@nyctora3656]

You truly are a great teacher. You made me understand this topic within 10 minutes which my professor couldn't in 2 weeks. Appreciate you!!

[@ChadsPrep]

Glad to hear it, Nyctora - glad you found the channel!

[@Logan-tx3lk]

Thank you sooo much for your videos! You are literally the best...better than any teacher or book!

[@ChadsPrep]

Thanks again Logan! Glad you're finding them helpful! You currently taking chemistry in high school?

[@Logan-tx3lk]

@@ChadsPrep Nope, actually ochem in college.

[@ChadsPrep]

@@Logan-tx3lk Ahh my mistake. I also just made a lesson on this topic in my high school chemistry playlist. I recently released it and assumed your comment was regarding that lesson rather than this one in my organic playlist. My bad. Best on your final exams!🙂

[@Logan-tx3lk]

@@ChadsPrep No worries! Thank you so much!

[@Waterfall36352]

This is so well explained... thanks a ton and keep up the great work!

[@Waterfall36352]

Your curriculum is perfectly matching up with my classroom textbook; saving my midterm grade! lol

[@ChadsPrep]

You're welcome, Bilal - Happy Studying!

[@rebekahhong]

This is an amazing lecture. Thank you so much!

[@rebekahhong]

Just subscribed!

[@ChadsPrep]

You're very welcome, Rebekah - glad you found us and thanks for the sub!

[@conorledger5181]

Unfortunately found you 2 weeks before my MCAT -___- but I know what Ill be watching until then! Awesome stuff

[@ChadsPrep]

Better late than never - good luck, ledge x!

[@xanderhulse5203]

My Ochem teacher has a pretty thick accent so it's hard to understand her, but you are absolutely saving me in that class thank you!!

[@ChadsPrep]

Glad the channel is helping you - Happy Studying!

[@shiffysklar926]

at 11;23 u said had we not done broken - formed and done reactants - products.. are u able to show me the work for if I wanted to do reactants - prodcuts. since u said in the vid the way u showed was broken-fixed ? thanks I wanna see the reactants- products way in addition to broken-formed so I can see how they. both work

[@Logan-tx3lk]

Nice shirt😀

[@ChadsPrep]

Thanks Logan! Probably my favorite shirt! Unfortunately, it is probably not too far from retirement.🙃

[@Bulayla1426]

Amazing video prof! C-N is less E than C-C But isn't N more EN than C?

[@ChadsPrep]

What time in the video is this so I can check it out

[@Bulayla1426]

Around 6:30 ​@@ChadsPrep

[@ChadsPrep]

The trend in EN I explained here only counts when we have different atoms involved in the bond, so we are comparing C-N, C-O, C-Cl etc where the atoms are not the same. When we have 2 identical atoms bonded together and no electronegativity difference, the bonding electrons are shared equally which tends to give relatively greater bond energy than polarized bonds - for example, the H-H bond enthalpy is 436kJ/mol, but we have to take into account size, lone pair repulsion etc also in these cases so there is not as simple a general trend as comparing the examples I gave here. Hope that helps!

[@Bulayla1426]

@@ChadsPrep thanks!

[@ChadsPrep]

@@Bulayla1426 You bet!

[@Aasaan--Hai]

From india 👌👌

[@ChadsPrep]

👍👍

[@bonbonpony]

Dude moves so fast that he overtook his own sound :J Seriously though, there sound is very out of sync in this video… :/ 10:25 So the first parentheses (in blue) is the activation energy on the graph?

[@abdoulazizdabo9064]

Thank you 👍🏾

[@ChadsPrep]

You're welcome - glad the channel is helping you so much.