Hybridization of Atomic Orbitals - Sigma & Pi Bonds - Sp Sp2 Sp3

This organic chemistry video tutorial explains the hybridization of atomic orbitals. It discusses how to determine the number of sigma and pi bonds in a molecule as well as determining if a carbon is sp, sp2, or sp3 hybridized. The full version of this video contains plenty of examples and practice problems.

Access The Full 36 Minute Video:

Direct Link to The Full Video:

Organic Chemistry PDF Worksheets:

___________________________________
Join The YouTube Membership Program:

Full 36 Minute Video on YouTube:

[Cam_-krwr]

Just a quick note that this guy is literally better than all my chemistry professors. keep up the good work

[Juliana-gske]

I think this is the only person on YouTube, even on the entire internet without ANY haters

[kailaaquino]

YOU DON'T UNDERSTAND. I THINK I'M IN LOVE WITH HOW MANY TIME YOU'VE SAVED ME 😶😭

[vivia]

I love that everything is slowly and logically explained, because although I‘m good at chemistry and I like it, sometimes the teacher’s pace is a little too fast. A lot of examples and simple explanations are very helpful.

[ok-zrsw]

i watched hours of videos to learn this after ncert but you cleared all my doubts in 10 min.God bless you thank you

[junkobsalt]

thank god this channel exists. this is going to be the sole reason I pass chem

[englishlife]

I literally took this lesson yesterday at school and I did not understand it well. You came on time bro

[tenpachii]

Dude you are insane, you helped my grade in Chemistry maintain in the 90s. My teachers always skip on the important parts causing us to question ourselves more than understanding the material. Keep doing what you are doing bro!

[lordigwe]

Absolutely amazing how weeks of lectures could be succinctly stated into a 10 minutes video and can still be understood!! Thank you so much for this video!!!

[redwillowofdreams]

I cannot express enough how much grief this video has saved me. Thank you so hecking much, I'm certain that this is the best video on YouTube that covers this content. Straight to the point, no fluff, just facts stated clearly. Perfect

[gurashrimp]

I want to hear him say "hello everyone, this is your daily dose of internet"

[urvashiupadhyay]

The electronic configuration of carbon is 1s2 2s2 2p2. Coz carbon had 6 electrons.
So one electron from 2s2 will go to the vacant p orbital and form the hybrid orbital which is sp3.
So 1 2s orbital and 3 2p orbital will participate !

Except this your entire explanation was lit.
Thank you 😊

[seokjinniesluv]

help i understood this way better than my prof's 2-week lecture 😭 thank you so much for saving me just before my long exams 💗

[EmmanuelApex]

This guy is literally a genius..He knows everything about chemistry, Physics and Maths..May God bless you for saving me all the time

[kevinnguyen]

When he did the electron configuration of Carbon, shouldn't there only be 2 electrons on the p level? Even if the carbon was to absorb another electron, promoting one of the electron from 2s into 2 p, that would only leave 1 electron on 2s and 3 on 2p

[SHRGXZ]

This dude has a video on every damn thing 😂

[tanneicabenjamin]

Still doing a great job after so many years! Keep it up!

[brianporrua]

You taught me an hour and a half class period in 10 minutes. I can't thank you enough

[issie_mpoto]

I have an exam tomorrow, thank God for him cause I understand more topics than I did this whole semester

[josephtrapolino]

can someone explian to me why the electron configuration for carbon looks like that at 2:34? Since carbon has 6 electrons wouldn't it be 1s^2 2s^2 2p^2?