Thank you for this nice explanation. Is there a specific reason for not considering other ions like dithionate (S2O62-, +5) and dithionite (S2O42-, +3)?

Savior

Could you explain why projector operator method works. You've done lots of videos doing it but no explanation.

saved my life 6 years later THANK U

More videos on formal charges, valency and ionic charges

Very helpful!

Thanks for the derivation i kept finding videos but none of them explained it that simple

sir plz make the video for the no of unshifted atoms

This was very helpful...but I didn't get the reason we excluded water

You are my favourite man alive! This was explained very clearly and thoroughly, and I had no trouble at all understanding it. The music at the start was a really nice surprise as well! You don't see that kinda thing often!

❤❤

Dear professor, i have a query regarding the s1 contribution in ligand group orbital of E degenerate orbital corresponding to x- axis. I consulted with miselar and tarr's inorganic chemistry where the author mentioned that the contribution of each s orbital should be equal to be one in the case of ammonia. But in this video it seems that, the contribution of s1 orbital has been increased beyond 1 in the ligand group orbitals. It would be nice of you if you could spare some time for my query

thanks

Nice

Great video thanks!

Do people split the core orbitals into different parts like in the valence orbitals?

Thanks for the explanation. When I heard it in my VASP lecture yesterday, the nomenclature seemed very cryptic. Now it's clear to me.

Great!

@KSI

Very clear and concise, appreciate the video a lot 🙏🏾

super helpful video, excellently explained

Thx from France ! I'm searching for a good explication of these kind of basis set and this video give me all I wanted !

It's me again. Last year you've saved me from physical chemistry. Now I think your videos will help me get through Inorganic Chemistry. Thanks a lot Sir!

Can we prove the 3rd Hund's rule by using this equation.

how to find number of extraction (n) from this formula?

Hello professor , I hope you are doing well !

my calculus is so rough and this brought everything back for me. Thank you

Thank you for explaining this I was having a hard time with this topic in quantum chem

very impressive tutorial. thanks

Thank you Iseinjr are you gonna review any of their other albums ?

Hello Professor! Thanks for this video. It helped me solved a specific book exercise that has been bothering me for days now. Thanks for the help! Happy World Teacher's Month!😁🏆🎉

Thank you so much. This video helped a lot!!❤

Great video. Later, can you solve this same problem, but using Kim's method? I'm trying it on my own, but I'm not able to choose with basis function to use, as the c3v character table presents all linear, quadratic and cubic functions for the irreducible representations. Take A1 for instance irrep linear quadratic cubic A1 z x^2 -+y^2, z^2 z^3, x(x^2 - 3y^2), z(x^2 + y^2) Depending on which function I chose, I get differenct orbital coefficient values

Can you please show ,how did you reduce the dieterici equation

The way people use B is genuinely the most frustrating part of physical chemistry to me. Maybe this isn't confusing to people taking an in person class but I've been self learning the course over summer and its tripping me up all the time. My formula sheet says E_J = (J(J+1)*h_bar^2)/(2*I) just like you wrote on the whiteboard but my formula sheet says that it equals hcBJ(J+1). If you do a unit alaysis for this B, you'll find that it has the units m^-1 which is the same unit you're using but saying that E=BJ*(J+1). What's going on here? I also did a unit alysis for (J(J+1)*h_bar^2)=(2*I) and I confirmed that it's in Joules. This begs the quesiton how you could possibly be writing E_J = (J(J+1)*h_bar^2)/(2*I)=BJ*(J+1). If you're using B in m^-1, this is simply wrong. J is just an integer so you're just going to get another value for m^-1 if you use BJ*(J+1). (J(J+1)*h_bar^2)/(2*I) gives you joules.

Hey, can you do a 3/2 reaction?

Thanks so much. This vid singlehandedly saved my life. Just a question though... if this was an electrochemical cell, wouldn't E standard have to be positive? Cause it is negative in this example.

Thanks for this video! I re-opened an Atkins and Friedman text after many years and tried a problem based on this concept. What I found is an expression for Lamba(max)T = (ehc)/(5k) and when I calculate the value, it differs from the text by less than a factor of 3. I found my answer by taking the ln of both sides and I was able to cancel the constant/lambda terms. Your video helps me understand the assumption that the wavelength is very short, reducing the exponential term to 0.

Tq sir kindly send Rigid Rotor-wave equation and solution

You used 20⁰c and you didn't add it to 293.15K to convert it

Thank you so much ❤

6 years ago and ure still helping students. thank you so much

good. Thank you

Sir how many plane of symmetry will be there in phenanthrene

thank you this makes so much sense!

Thank you so much sir! Love your teach style, not so fast!

Thank you so much! I was struggling so much with this kind of problem! 😁

I think by looking at the character table for C3V, we can find Gamma-Trace by adding A1 to E.

thanks man

Thank you so so much!❤