Introduction to Molecualr Orbitals

[@kelcicrawford444]

Thank you for teaching me more in 7 minutes than I have learned from my professor in 15 weeks.

[@Preposter]

Yeah, this was well done but 15 weeks just for molecular orbitals?

[@jaikarangill]

Can. Relate.

[@ifigeneiathomop]

4:34 Energy of initial molecules is higher not lower.

[@fmuddin2440]

true

[@fmuddin2440]

he probably misspoke

[@Gurubashy]

You are really good at explaining these things.

[@GreenMarble]

Covalent bonds are molecular orbitals. Mindshattering.

[@912sonic]

literally same here lmao

[@samusaran13372]

at 4:30 didn't you mean to say that the reason it forms is because the initial energy is higher than the final?

[@AbdullahAbdullah-qf7fv]

you're just incredible in explaining the things in a very simple way. thank u AK lectures

[@michaelborek378]

Excellent teacher!!! I love these lectures!!

[@ghadaghonaim7879]

At 4:39 was it right that energy of initial atoms is lower than the final ? Because actually it must be higher ?

[@soumyarawat3534]

I think that was a mistake

[@JYDemir]

Now do a video on the meaning of life.

[@geniouschemist8356]

One of the lucky student to find your channel

[@mahadawood7958]

sir.your lectures are mindblowing.

[@sciencenerd7639]

delightful lecture, thank you

[@amanrubey]

sir are all the videos in playlist in order?

[@simranjoharle4220]

You're videos are really very helpful...tnx a lot

[@MarieBai]

Hopefully, next week I can donate to the link you posted. Thank you so much for helping us!

[@LoneWolfR18]

@6:45 when you say that we will form two MOs does this mean that when two AOs come together there are two situations happening simultaneously? One anitibonding MO and one bonding MO?

[@JohnSmith-xo9me]

Ray R depends on the number of electrons. The bonding MOs are filled up before the anti bonding MOs. But Yh if there are enough electrons this will happen simultaneously

[@samman9478]

i wish you nothing but the best man 🙏🙏

[@Fatima-k]

Very helpful, thank you so much

[@fmuddin2440]

very helpful thanks, pls keep making these

[@riyazalam9604]

what is difference between molecular orbital theory and valence bond theory .thanks for video

[@megihasani9398]

thanks for making this so easy .

[@Meg_the_Scientist]

so, if they molecule were to continue to press into one another, they would collide, and not wanting to crash into one another, the electrostatic repulsions take over and cause the increase in energy again, giving them the momentum to spring off one another after the collision right

[@cicit8081]

love the video ! thanks!

[@gauthamj4446]

You are Great!

[@williamlowry8809]

Why do we need to have the same amount of orbitals in the two atoms than in the molecule?

[@kingkhan-gt9lo]

thanks AK

[@AKLECTURES]

Umair Khan you're welcome :)

[@1111angelic]

The title has a typo. You might want to fix it. I love your videos though 😊

[@snehapodicheti]

If nature tends to bring the energy down, why higher entropy is thermodynamically favourable

[@aliyajamal3757]

thanks a lot

[@michaelfuxeklint4909]

Ängström, is much easier written Engstrom in english (no special letters) 👍👍

[@mkamareddine]

can't thank you enough.

[@ahmadothman800]

love ur lectures :)

[@AKLECTURES]

Ahmad Othman Thanks Ahmad! :)

[@AlisonJoy-ne3yu]

haha how did no one ever tell me this

[@franks8209]

Molecualr lol

[@shuaibsh.mubarak107]

thank you so much