Carry on Sir. In a very short time, you always make the toughest the easiest one. Your lessons always inspire me. When I search any topics on TH-cam & your tutorial appears before me, I became very excited to see yours 1stly. 😎 Take a bow 😍
You're the best, man. I've been watching your chem videos for 2 years now. I'm in my 4th semester of chem and I always watch your videos late at night just before an exam and I always get A's. You're a rockstar and I'm diggin' the new(ish) haircut, it's cute!
Taking my Inorganic chem exam in 3 weeks, needed this so badly! Thank you so much for keeping uploading videos during the summer. Greetings from Czech Rep.!
I literally have a chemistry exam tomorrow on this and this is going to save my grades ! Thank you for this short and simple, but effective explanation !
Sir u just taught the topic which I had been struggling with for 7 months in just 7 minutes ....it was just magical....all my concepts are clear now...thank you soo much!!
Professor Dave, you're the GOAT. Your lessons are clear as day. Thank you so much for breaking down tricky subjects like this. I owe you one. Have a blessed week!
So why exactly do the ligands repel these orbitals making them energetically unfavorable while in classic bond theory we explain the formation of a chemical bond by OVERLAPPING orbitals?
I like your explanations. They are brief and concise. I have a background in Chemistry. When it comes to ligands, do we not have pi acceptor and pi donor ligands? If you do not have a video on that could you do one? Also do you have something on the spectrochemical series?
At 4:54, it ligands approach dxy dxz dyz, so it means in tetrahedral higher energy shells get filled first? But in octahedral the lower shell got filled?
So it's always the lower-energy orbitals that get filled first, it's just that the identity of the lower-energy orbitals changes depending on the geometry.
Hi, I absolutely love your videos, they have already helped me a lot throughout my undergrad degree, so thanks a lot!! Just one question, at 5:16 in your diagram for square planar complexes, shouldn’t the dz2 orbital be lower in energy than the dxy orbital?
I remember it by the exponent meaning on the axis (e.g. x^2 - y^2 means the orbitals are on the x and y axis, and z^2 meaning the orbitals are on the z axis) and for the orbitals that are in between the axis, the notation tells you which axis they are between (e.g. xz means the orbital lies between the x and z axis, yz means the orbital lies between the y and z axis, and xy means the orbital lies between the x and y axis). Hope that helps!
Why can't we have professors like you in class???
Gobble
because there is a big difference between passion and profession.
Coz he is hard to find
Cause they can't afford
This topic is taught to what grade student -schooling or college or other ???
Carry on Sir. In a very short time, you always make the toughest the easiest one. Your lessons always inspire me. When I search any topics on TH-cam & your tutorial appears before me, I became very excited to see yours 1stly. 😎 Take a bow 😍
I just found this one and immediately screamed "I'M NOT GONNA FAIL!!!!!!"
You're the best, man. I've been watching your chem videos for 2 years now. I'm in my 4th semester of chem and I always watch your videos late at night just before an exam and I always get A's. You're a rockstar and I'm diggin' the new(ish) haircut, it's cute!
I too are in 4 semester
He is your saver LOL
Heyoooo I'm in PT school now, holla!
Taking my Inorganic chem exam in 3 weeks, needed this so badly! Thank you so much for keeping uploading videos during the summer. Greetings from Czech Rep.!
😣
I literally have a chemistry exam tomorrow on this and this is going to save my grades ! Thank you for this short and simple, but effective explanation !
Same this brother 👍
Thank you for this. It's difficult to find help with inorganic chemistry concepts online, so I appreciate it getting some attention!
Thankyou Professor LOVE FROM 🇮🇳
Sir u just taught the topic which I had been struggling with for 7 months in just 7 minutes ....it was just magical....all my concepts are clear now...thank you soo much!!
explaination very clear ,short and sweety ,thank you very much sir
Professor Dave, you're the GOAT. Your lessons are clear as day. Thank you so much for breaking down tricky subjects like this. I owe you one. Have a blessed week!
Two words- Explained Awesomely.
Thankk Professor Dave!
A very good explanation sir, you are a solution to my problems in chemistry thanks for the video
Sir we didn't have professors like u .u explained very clearly which will help me in my exams thank u sir 😊😊😊😊
Magnificent, splendid you explain an hour lecture in just under 8 min... you're the best
Boom, and just like that I understand the electrochemical series. Serious props to you!
Best video on crystal field theory! Solved my doubts in an instant
Thanks! Great timing, just went over this in summer class.
So why exactly do the ligands repel these orbitals making them energetically unfavorable while in classic bond theory we explain the formation of a chemical bond by OVERLAPPING orbitals?
Wow thank you, you explain better than my bioinorganc chemisty professor
AAAA I FINISHED MY BACHELOR WITH YOUR HELP THANK YOU THANK YOU THANK YU
I have my board exam day after tomorrow, thanks for clearing my doubt and saving my time. Great work!
@XIISCE-02 RAMITHA RAJKUMAR thank u sm
Ikrr
I like your explanations. They are brief and concise. I have a background in Chemistry. When it comes to ligands, do we not have pi acceptor and pi donor ligands? If you do not have a video on that could you do one? Also do you have something on the spectrochemical series?
Hello! Can you please make a video on how to use chemdraw??
from india class 12th
Same here
Iam here
Well now i m in 2nd year 🗿
golden period it was
dude im starting this on my 3rd smt
Same
Good luck to everyone who has a exam tomorrow or in the next days
Thanks
I've decided to go to college for this theory but now I don't want to go!! thank you professor
The best online lecturer I know🔥🔥🔥🔥🔥🔥🔥
Very good explanation in a short time! Thanks!
Dude u are gr8. Best video on CFT I've seen so far
Oh great this gets recommended after my final chemistry test. Thanks youtube
thank you so much! i had difficulty understanding this lesson but this helped a lot!
Amazing Class, I understood everything in 7 mins
I really enjoyed the video and understood the concept with ease 🙂you are the best
this video saved my life in IB chemistry
Fantastic! Thank you so much for giving inorganic some love
Simple and clear. This is the real science.
Love your dedication to education .Keep up the great work.
Join our class as a professor. Literally the best teacher in town
omg this was great. i understood everything so well!!!! thanks a ton.
Thanks for your good explanation sir.From india.
Excellent explanation ever sir🔥🔥🔥
Wait a minute. What happened to your iconic hair???
Great teaching 👍 carry on the good work
Super accurate and super short and just upto the point video lectures. 🙏🏻🙏🏻
What is the CFSE value of co(NH3)6+3
You're absolutely explaining it well.
Thank you so much Sir. This was very much benificial.
Very short time....you are give the nice explanation about crystal field theory
Can you explain when two more more different ligands are coordinated and how these affects the high spin and low spin complexity
So strange to see you with short hair! Thank you for all your videos. I also loved your Italian tutorials :)
Sir please explain innert pair effect
So weak field ligands show less colour and strong filled ligands show more colour as the difference in energies is sfl is greater than wfl, right?
Sir, I understand u very well, thank you from 🇹🇿
Thank you
All the way from kenya
Sir does crystal field theory has any limitations?
so many limitations
Hello , I have seen on internet that shape of dz² is square planar . Is it correct ? And what do it mean even ?
no there are no two-dimensional orbitals, check out my tutorial on quantum numbers for the orbital shapes
@@ProfessorDaveExplains ok , thank you
This is so good. Thanks a lot!
Thank you Prof!
Can we have one explaining the interactions of the lobes and electrostatic repulsion to
I love the intro so much
At 4:54, it ligands approach dxy dxz dyz, so it means in tetrahedral higher energy shells get filled first? But in octahedral the lower shell got filled?
So it's always the lower-energy orbitals that get filled first, it's just that the identity of the lower-energy orbitals changes depending on the geometry.
Jesus Christ, this one was a life saver. Thank you professor!
Awesome!!!! i can now understand coordination compound crystal clear! XD
i love his intro very much
Awesome tutorial
This is super clear, thank you!
Once again, thank you dearly for your help
Thank you Professor Dave!!!
Hi, I absolutely love your videos, they have already helped me a lot throughout my undergrad degree, so thanks a lot!! Just one question, at 5:16 in your diagram for square planar complexes, shouldn’t the dz2 orbital be lower in energy than the dxy orbital?
Yes it should be. In order of highest to lowest:
(dx2-y2) > (dxy) > (dz2) > (dxz, dyz)
Awesome explanation keep up
Best teacher
Amazing sir,,,,, thumbs up for u..........
It is a very good video
Best explained 💙
Hi, is it Fe2+ means d4 ,as is loosing 2 electrons and instead of 26 will have 24? thank you
yes it lost 2 electrons but it will lose its s electrons, not d.
thank you
This is a great one.
What happed to Jesus hair...my whole mood depends on that 😅
You’re amazing 😻
Thank you so much for this!
Thank you alot
I understand the theory and thanks to you
Thanks a lot mate!
Well explained 😊😊
do CFT explains the order of spectrochemical series?
Can you also make a video on Ligand Field theory???
That's coming in the inorganic series!
You are great
Thank you, sir.
From bangladesh
Engineering University preparation 24 25
But how does the electrons from the ligands forms bond
Can u explain the Jahn Teller distortion effect as well? Pls
Very helpful. Thanks
thank you so much 🌸
How does the metal being Hard and Soft effect this?
Sir one doubt in compound[ Ni CN4]²- how can we figure out it is tetrahedron or square planar
Thanks sir I got your all points but cofused in axis of d orbitals
I remember it by the exponent meaning on the axis (e.g. x^2 - y^2 means the orbitals are on the x and y axis, and z^2 meaning the orbitals are on the z axis) and for the orbitals that are in between the axis, the notation tells you which axis they are between (e.g. xz means the orbital lies between the x and z axis, yz means the orbital lies between the y and z axis, and xy means the orbital lies between the x and y axis). Hope that helps!
Do you have a video specifically about ligand field theory?
Thank you so much.
Sir Please explain stereoisomerism in coordination compounds 🙏🙏🙏
good job
*_CLEAN_*
Thank you!