Sigma & Pi Bonds; Hybridization - AP Chem Unit 2, Topic 7A

[@Elustria]

Your video is very simple to understand. With only 40 minutes in my chem period, my teacher can only get so much work done. I watched an Indian chemistry teacher prior to this video and honestly I learned more from him than my chem teacher despite the language barrier 😂 I'm thankful for the free online resources teachers like you provide 🙏

[@JeremyKrug]

Thanks for the kind words! Keep watching, the entire AP Chem course will be posted here by unit and topic over the next several weeks.

[@oronian2650]

This is so clear; thank you so much! My teacher kind of breezed through this topic and focused more on VESPR, so your explanations were very clear. Looking forward to the rest of the AP Chemistry curriculum on your channel.

[@JeremyKrug]

I'm so glad you found my explanations helpful. Thanks for watching!

[@nikkiwu7206]

I don't usually leave comments on videos but I want to express how grateful I am for these videos! I understand concepts a lot more! Thank you so much

[@JeremyKrug]

I'm so glad my videos are helping you understand. Thanks for watching, and keep learning. You're going to do great this year!

[@mrckss]

YOU ARE THE BEST MR. KRUG!!

[@JeremyKrug]

Thanks so much!

[@keikochan4129]

Sir, I am so grateful for what you do. We’re a week away from the AP exam and a lot of my class is panicking as our teacher breezed through so much material. These videos are an absolute blessing. You teach so clearly, you are quite literally a godsend, thank you so much 🙏

[@JeremyKrug]

Thanks so much for your kind comments. I hope my videos are able to help you work your way to success on this exam next week. You've got this!

[@JaredYu-j6k]

This is freakingly amazing

[@JeremyKrug]

Glad you like

[@dragongirl8544]

This was a great video MR. Krug!
A suggestion: maybe spend more time explaining what hybridization does and how it actually works. Also what does it mean/matter to have an sp3 hybridization?
Awesome video and gave me enough information and context to start looking this up on my own. loving these videos, thank you so much for spending the time to create these!

[@JeremyKrug]

You're very welcome, and thanks for the suggestion! Thanks for watching!

[@Tman1010]

Wow! Just found your channel and this information is clear, concise, and extremely useful. Tysm!!!

[@JeremyKrug]

I'm so happy you find my videos easy to understand. Thanks for watching!

[@snks_65]

A method by a student in my class was simple lol, "just count how many things (lone pairs and atoms) are attached"

[@JeremyKrug]

I use that method with my Intro students, too. I tell them to count the 'slots' that are touching the central atom. Thanks for watching!

[@sharpayfabulous8416]

THANK YOU!!

[@JeremyKrug]

You're welcome

[@Lumenxii]

thank you so much

[@JeremyKrug]

You're very welcome!

[@kay_2233]

Thank you so much! I am currently reviewing for this exam and your videos are really helpful. I have a question though, does this have any limits, or do all of the covalent compounds have this type of hybridization?

[@JeremyKrug]

All covalent compounds will have hybridizations that can be determined this way. On the AP exam, you'll have only sp, sp2, and sp3 hybridizations.

[@omar.alrefai]

out here carrying us

[@JeremyKrug]

Always happy to help

[@mansaf.]

I LOVE YOU.

[@JeremyKrug]

Thank you so much!

[@daniel_hongjeongwoo1779]

I love you❤

[@JeremyKrug]

Thank you for your kind words!