such a great lecture. so smart. I could learn in 30 in what I was thinking not being able to understand. Thanks for sharing your knowledge. My teacher passed over all the explanation and background .
I don't understand why electron should emit complementary color isn't it that it comes down to the level at it absorbed photon thats energy equals splitting energy? Why transmit different photon? Thanks
Can coordination complexes (in aqueous solution under white light) also not have colour if the ligand bonded to the central metal atom is very high/low in the spectrochemical series? Since the absorbed light maybe won't be within the frequencies that human eyes can perceive.
Alvaro Alvites A quick search of our content on MIT OpenCourseWare (ocw.mit.edu) shows that 5.111, Fall 2008 (playlist: ruclips.net/p/PL2902385153144A26) video lectures 28-30 and 5.112, Fall 2005 (playlist: ruclips.net/p/PLB3953F4F875AB0B3) lectures 31-32 might have the information you need.
Amazing lecturer with absolutely on point organisation of knowledge and exercises to help students understand as she teaches.
Such a great lecture :). We never went into the math behind the transitions at my school. It is so elegant.
such a great lecture. so smart. I could learn in 30 in what I was thinking not being able to understand. Thanks for sharing your knowledge. My teacher passed over all the explanation and background .
Absolutely well done and definitely keep it up!!! 👍👍👍👍👍
I don't understand why electron should emit complementary color isn't it that it comes down to the level at it absorbed photon thats energy equals splitting energy? Why transmit different photon? Thanks
Can coordination complexes (in aqueous solution under white light) also not have colour if the ligand bonded to the central metal atom is very high/low in the spectrochemical series? Since the absorbed light maybe won't be within the frequencies that human eyes can perceive.
This is great! Honestly a huge help towards me :D
Is EDTA a strong or weak field ligand?
strong because it's a multidentate
Very cool
Come on guys, we are already on 30.
Where can I find videos of ligand field theory?
Alvaro Alvites A quick search of our content on MIT OpenCourseWare (ocw.mit.edu) shows that 5.111, Fall 2008 (playlist: ruclips.net/p/PL2902385153144A26) video lectures 28-30 and 5.112, Fall 2005 (playlist: ruclips.net/p/PLB3953F4F875AB0B3) lectures 31-32 might have the information you need.
Thanks :)
@ediyakobov
This is Drennan. :-)
I think she is much better than Dr. Tylor
She is my saviour (: