Types of Bonding in Transition Metal Systems and Simple Ligands

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Now that we've made it through the periodic table, it's time to look at transition metals and the coordination compounds they can form. What types of ligands can they interact with, and how? What shapes do they make? There is so much to talk about!
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Опубликовано:

9 авг 2022

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Комментарии : 48

@me0101001000 Год назад

I've been taking a couple of gap years after finishing my MS, and I'm going back for my PhD in January. Your stuff has been a nice way to keep refreshing my book knowledge.

@phenol9321 Год назад

What are the books you used to refer Can I know them 😀 Basically I am an undergraduate one

@me0101001000 Год назад

@@phenol9321 principles of modern chemistry by oxtoby is my go-to. Also electrochemical methods by bard, which is the electrochemistry bible

@baogiangsongque5507 Год назад

Everything have its limited then if every people understood this then there is no controversy, simple and clear. If you see something by the light based on the photon emitted then there are limited your eyes based on the frequencies. If the photons have no its frequency or only have its vibration like Tesla said then you cant see the object or not fully sharp with it called invisible likely radar undeted. the Bond Force or many kind of bond or how many different matter interact then you can detect or cant not detect its bond. P/s: The infrared light is the light human eyes can not see then we see missing that light or not ? Same as is other bond so O-H bond based geometry or its sharpe? So you can make hidden radar material or hidden bond material like dark matter. Thor way is opened for your travelling.

@Zhujiayi7 Год назад

taking the inorganic chemistry exam in a couple of days, this is very helpful, thank you professor dave

@glennpearson9348 Год назад

From periodic tables to ligands, this episode has it all! Looking forward to the "tricky ligands" next!

@laxminarayanbhandari855 Год назад

THANKS A LOT. We are studying Coordination and Complex compounds at school. I watched your VBT, MOT, and complex compounds videos for further explanations to the stuff. But, I was missing the Back bonding. And here you are, with the stuff! Really appreciate your work. :)

@reethuvennureethuvennu9481 Год назад

Thank you sir .....I'm just loving your classes 🙏🙏🙇‍♀️🙇‍♀️

@Kualinar Год назад

Chemistry, both organic and inorganic, is a fascinating subject. Thank you.

@ohitsbaby Год назад

Very helpful dave thanks for this video

@malekthiek2092 Год назад

Thank you professor for nice explanation

@jessicadeines Год назад

Transition metals are just fantastic. Even in deep space we can see some of these in massive star forming regions after a supernova (making it a second or third generation star). They sometimes end up in more distant planets and can break down in their formation but in doing such can form many other important compounds.

@TawhidCodex Год назад

Great series sir

@waelfadlallah8939 Год назад

God bless you Professor Dave for continuing in this series. I am so excited :)

@jessicadeines Год назад

Professor Dave if you are willing would you do an episode on organic molecules in cosmology and how these can form in a post supernova gas cloud? I am selfishly asking as modeling star forming regions was my dissertation.

@RealMonkeyDKirby 8 месяцев назад

OK thank you first off, I am in a terrible organometallics class. IDK if you touch on this later. But when looking at the orbitals how do you know which orientations bond or not and what kind of bond? Orientation matters but it is not clear to me how. Eg. Py and dxz or dx2 and s Pz and dxz or whatever. I mean there are some intuitive assumptions like an s will never give a Pi bond, but can you explain how orientation on the X Y Z plane come into play?

@samcoopermusic Год назад

Is it correct to call the R-S- ion a sulfoxide? at 6 min 42 sec. Wouldn't that be an alkyl sulfide? And a sulfoxide would require an oxygen in there?

@yehyabalata1584 Год назад

Prof Can you make a videos for Numerical analysis

@saintdel8195 Год назад

Coincidentally learning this on chemistry

@stibiumowl 24 дня назад

Cool explaination, but only one MINOR(!) mistake: some of your dz2 orbitals look star-ish like dxz but should look more like dumbell in a knot or a teslacoil or how ever to describe.

@elmanhuseynov2695 7 месяцев назад

In 10:30, why carbon has a partial negative charge if oxygen is more electronegative?

@priyanshsuthar519 Год назад

Prof. Dave, there will be only 1 lone pair on O in NO+. Please correct it. It may have been crept in the video by mistake. By the way, your content is great. Thank you.

@ProfessorDaveExplains Год назад

No this is correct. Though there are two ways nitrosyl can bond.

@priyanshsuthar519 Год назад

I think that second pair comes up in O linkage of nitrosyl to metal ion. Thanks for correction. Please keep up the good work.

@ruhamamoke623 Год назад

Professor dave i have question not related to your topic a have equation which species is amphoteric A. H2S B.HS C. Cl D. HCl

@ProfessorDaveExplains Год назад

HS-

@ruhamamoke623 Год назад

@@ProfessorDaveExplains how to the answer is HS

@ProfessorDaveExplains Год назад

@@ruhamamoke623 it can both lose and gain a proton

@ruhamamoke623 Год назад

@@ProfessorDaveExplains thanks sir

@littlewickedone Год назад

I was thrown for a loop by the triple-bonded carbonyl.. never seen this before & can't find anything about it on Google??? How does this happen... An electron from oxygen somehow ended up on the carbon?? Help

@bigchungus1618 Год назад

off topic but can you make a video on PragerU

@durwoodwhitman8808 Год назад

@ProfessorDave I had a hypothesis that the earth is faster orbiting the sun when it is closest to the sun and slower speed when the earth is farthest away from the sun. I dont have the knowledge or tools to test this hypothesis so I was wondering if im correct in my understanding of gravity and ellypitical orbits. I hope to use this simple hypothesis to covince my flat earther cousin of using some actual critical thinking to figure things out.

@sjholmesbrown Год назад

Your idea is correct, the Earth (and any other orbiting object) does move faster during the closer part of its orbit. Look up Kepler's theorem often described as 'equal areas over equal times' which describes the relationship.

@MeeraDevi-cj8kb Год назад

Sir, how learn to all element on periodic table easily?

@ProfessorDaveExplains Год назад

Watch this series from the beginning!

@MeeraDevi-cj8kb Год назад

@@ProfessorDaveExplains ok sir thank you 🥰❤

@carultch Год назад

@@MeeraDevi-cj8kb See the Periodic Table Song, from ASAP Science.

@MeeraDevi-cj8kb Год назад

@@carultch okay☺👍

@min_g2608 Год назад

Professor Dave Explains dah dah dah dun! (womp)

@DrNutnut23 4 месяца назад

well, 10:32 certainly explains why carbon monoxide is so dangerous; it makes sense why uncharged diatomic oxygen would be so strongly outcompeted, affinity-wise.

@-JA- Год назад

🙂👍

@saikibagchi9340 Год назад

@MrRolnicek Год назад

Still no closer to me figuring out by sheer beginner luck how to make a hydrocarbon fuel cell or an acid battery that is chemically recharged by hydrocarbons and oxygen.