Transition metal complex ions

[@chlo8791]

this style of video is so much more helpful than just watching somebody do a voice over, actually being able to watch somebody talk to you makes such a difference. Thank you for this

[@taymiyahcox]

this video was very clear and helpful. Honestly, I have learned more in these 11 minutes than I have in the 5 months I've been in college

[@Darbzeh]

Big fan of your use of the whiteboard!

[@AlleryChemistry]

+Liam Darby Thanks. Keep it old school ay!

[@NoCokeOnlyIce]

I really hoped to take the A-Level exams this summer and thank you for getting my A. Love your videos.

[@AlleryChemistry]

Glad you like them!

[@codex2765]

🤣

[@louiebradley5900]

@@codex2765 What's funny

[@cwapstra1397]

Beautiful videos , better than my online chemistry lessons and so engaging !

[@marklandau365]

great chemsplaining, ta! wonderful supplement to our lecture

[@AlleryChemistry]

Heh! Like it - 'chemsplaining'.

[@candacehaley1469]

I came looking for the reason that transition metals have multiple ionic states, and stayed for the "pigs at the trough".

[@fatimaejaz1998]

thnk u for existing. ur presence has made chem easier❤❤❤❤

[@AlleryChemistry]

You're very welcome!

[@aynaz2422]

These videos explain everything wonderfully, thank you so much!

[@fatiman5344]

youre a life saver, my exam is in 3 days and i dont even know the topics in unit 5.

[@AlleryChemistry]

You're welcome. Hope the exam went well for you!

[@fatiman5344]

I thought it went pretty well, probably couldn't do it without ur dope videos

[@AlleryChemistry]

Brilliant! I hope you get the grades you need.☺ Thanks for your support.

[@STICKY_]

@@fatiman5344 Did you pass? xx

[@michealmclaughlin429]

Hey, great video! At 11:16 you said 4 Bidentate ligands and at 11:47 you said 3 Bidentate ligands? Assuming that 3 of them is correct? Just double checking

[@JC-xk8vh]

You have a new fan, thanks for the great break down.

[@catyy223]

Thank you so much! I helped a lot! greetings from Germany!

[@AlleryChemistry]

You're very welcome

[@Jimmyeatshrimp]

personally, I call the pig ligands from your analogy, ligs

[@AlleryChemistry]

Like that, may steal that from you.

[@sausagesurprise7254]

Very clear and helpful. Thank you sosososo much ❤️❤️😭

[@AlleryChemistry]

You're welcome!

[@Sim-dd9bl]

Great video, but when you were talking about the bidentate ligands in the octahedral structure, did you mean to say "you can only effectively fit three bidentate ligands"?

[@Studentt23]

You are literally saving my Alevels omg thank you

[@AlleryChemistry]

You're welcome! 😊

[@ZaharaddeenNGarba]

Thank you for the video, greetings from Nigeria

[@malanhemal6574]

Your videos are really helpful, if you could please can you use a mic so what you say is much clearer. Thank you!

[@malanhemal6574]

11:14 you say we can effectively fit 4 bidentate ligands but when you draw you can only fit 3. 6/2=3 ligands

[@anesu6391]

My Chemistry God

[@yuvishsungkur5201]

Can you do a video on 'ligand substitution' please ?

[@beatricelioy9263]

Excellent as always. Thank you

[@riyakarkera5719]

The complex you drew at the end, with the 3 ethanedioate ions around the metal ion , would still have a coordination number of 6 right (because there are 6 coordinate bonds)..?

[@alexgallego6219]

Grande Calvooo, leyendaaaa

[@fatimashafiq2145]

Thankyou so much for these amazing vedios!!!You have done a great great job...

[@brioadala1847]

Very intricately informative videos!! I have a question though.. can a ligand displace another from a complex? say for example metal aqua ions, with water being the ligand here, can another competitive ligand (e.g. CN) displace the water? if yes, what properties influence this? Thank you

[@graziejohnson]

Thank you so much for your videos

[@AlleryChemistry]

You're very welcome!

[@Rico7817]

You're a saint, thank you so much !!

[@reubenconstantine2685]

Pig analogy is brilliant 😂👍🏽

[@ibrahimmansoor5286]

Sir you are a legend

[@rukayyasaifuddin6811]

Great explanation :)

[@MrMooseMan99]

Hi great video, I was just wondering if this is suited for the AQA spec

[@AlleryChemistry]

Yes. Absolutely!

[@zannatul23]

sir u r really good :)

[@mariam8078]

King.

[@soumayafaliouni3818]

Is Fe2O3 a complex?

[@dimpi10para]

great video

[@AlleryChemistry]

Thanks!

[@rct3vids99]

Description. Explore this video to find out what *legends* are... Haha

[@AlleryChemistry]

+Yuu Amane Ha!!! I think that would be a big video! Changed it, thanks for pointing it out! #Legendaryligands

[@nkwong920]

hi thank you very much for making these really helpful videos they are a life saver. I might have misunderstood if haem itself is a (multidentate) ligand, and how does a monodentate ligand such as carbon monoxide and cyanide can bind to a haemoglobin replacing the harms instead, as it goes against the chelation effect? i am very likely to have been confused by what I have read up on the topic online and so mixed up some facts here, as I have read that carbon monoxide has a higher affinity for oxygen making haemoglobin unable to associate with oxygen and carry it around - so does carbon monoxide (and cyanide) actually binds to the haemoglobin itself or to oxygen? I would be grateful if you could help me out here. Thanks a lot!

[@lucahervada3697]

Carbon monoxide binds to haem to replace the water ligand. The CO - haem bond is stronger than the H2O - haem bond so it dissociates less and is diffcult to remove from haem once bound. A ligand substitution reaction occurs between a water ligand with CO.

[@jackshanahan2000]

Single handedly carrying AlleryTutors.

[@Sheena1234ization]

Good vid

[@amalhusean3859]

hi l am student l need to now how can me preperation complex Hgso4 with etheylen di amine and anther element and please can you help my

[@ayeshashaikh4433]

thank you so much for this!

[@WasePortia]

So perfect thanks

[@AlleryChemistry]

Glad you like it!

[@amenbefkadu3779]

I bet he is a good saver

[@aki957]

thanks

[@변지은-c4d]

Thank you Chris Harris! :)

[@sabavaezshooshatri2441]

Thank you so much!

[@zaidhan8624]

Great help thanks!

[@harpalp.7295]

Thank you!

[@fred7861]

Very... e f f e c t i v e

[@monti-rs1vp]

Thank you

[@ChloeTsangYouTube]

thanks!

[@AlleryChemistry]

You're welcome!

[@saeedalmusallami2553]

nice

[@Cookiena]

What's difference between nucleophiles and ligands?

[@AlleryChemistry]

Ligands form a dative covalent bond with a central metal ion.

[@sonilzaki]

:)

[@prochchhannomahmad8298]

thanks a lot

[@mohammedashfaqpatel936]

Pigs pigs pigs :)

[@t.stizzy928]

Certi

[@mohazaabi]

anyone from 2k18

[@Cat-xm4xw]

Thank you!

[@asif7240]

Thanks!