Pi-backbonding with Strong-Field Ligands
ฝัง
- เผยแพร่เมื่อ 5 ต.ค. 2024
- ⚡ Welcome to Catalyst University! I am Kevin Tokoph, PT, DPT.
I hope you enjoy the video! Please leave a like and subscribe! 🙏
INSTAGRAM | @thecatalystuniversity
Follow me on Instagram @thecatalystuniversity for additional helpful content and for my more fun side: Pets, Workouts, Dragon Ball Z
SleepPhones® | Need to Relax? Ocean waves, ASMR, Rainstorms, and Theta Waves while you sleep with SleepPhones® at this link: www.sleepphone... - Use the Coupon Code, “CatalystRelax”, at the checkout for some awesome savings.
More details here in my new video: • Video
MERCHANDISE
Be sure to check out custom Catalyst University merchandise!
LINK | teespring.com/...
PATREON
LINK | / catalystuniversity
watch this entire video and figured out what pi back bonding was before he called it by name but the lead up was soo well done that when he finally said ''pi-backbonding'' in my head I heard the bass drop and the crowd went wild lol.
Minor mistake in your video with the resonance structure of your organic anion. You did not change the position of the double bond leaving both the double bond and the lone pair on the same carbon. Other than that, great video that really cleared up when back-bonding actually occurs.
옥스토비 보다가 죽을 뻔 했는데 영어로 들으니 더 깔끔하게 이해가 되네요. 감사합니다!
wow, this makes so much sense! Thank you :)
well well well this is information i could actually use on my exam
Wow.Nice explanation
THANK YOU
thank you sir but their is a minor mistake in resonating structure
how i can get full videos on this topic
Could there theoretically be sigma-acceptors? If the donating d-orbitals were d(z^2) or d(x^2-y^2).
Nice video, it really helped ^^. But please blow your nose xD
there is a wrong in this video. I.e u didn't change the valency of Fe during back bonding
Big like sir!