Complex Ion Formation

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Most transition metal cations can do something interesting in solution, they can interact with specific ligands to form complex ions. These coordinate covalent bonds are new territory, so let's get a mini introduction to inorganic chemistry right here!

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Thank you professor, you just made everything seem so easy. I wish you went a little more deeper into the topic.

biology_edu
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Professor, You must have 3 million + subscribers!! You're awesome... Thank you so much🙏

muralikumar
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Thank you for your time and energy, Sir Dave.

Bilbus
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the way you presentate the video is excellent.

anasbendahou
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keep up the good work professor. Hope you went deeper into the topic.

anasbendahou
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P.dave thank so much I'm in high school your i like yoyr lessons because i studying like here in school you are my best science teacher allah keep you

amiirhared
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Thank you sir..need more vedios in coordination compounds..

lovechemistry
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some guy looking like Jesus explaining the concept in 4:05 is better than 24+ hrs of reading textbooks

rishaabhjaggi
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Professor have you make more videos on coordination compounds ?plz send links .
It is really helpful during pandemic

iftekharahmad
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You are kind and you made chemistry so easy

salwaatoom
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Please make a video on chelating reagent

krishnanandtiwari
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when Jesus himself comes to teach you chemistry

senpai
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Hi prof. Please can you me on how to prepare and analyze transition metal complex in titration format

philipbanaheneowusu
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professor what does form in water that is water-insoluble compound?

phosphatidylcoleen
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just learned one thins: some ionic compounds are water-INSOLUBLE !!!!

b.s.
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How is the overall charge of [Ag(NH3)2] positive? The silver is positive and the lone pairs on both nitrogen are covalent bonding? Shouldn't the lone pairs be -1 each?

dude
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Do u have any Skype tutoring facility?
If u do, how much do u charge for it?

priyankachowdary
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I guess i can't be an atheist anymore, my semester is being saved by Jesus itself

jigoku
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Quick correction: "AgCl is insoluble because lattice energy is greater than the energy of solvation" is a wrong statement. This fact only means the dissolution an endothermic process (ΔH>0). The spontaneity of the dissolution process (whether it will happen or not) depends on the free energy change (ΔG) of the process, which is equal to ΔH-TΔS, which also considers entropy. Entropy is part of the spontaneity discussion and must be considered. When both enthalpy and entropy are considered, it is seen that AgCl is insoluble (ΔG>0). Enthalpy alone cannot be used to discuss spontaneity.
Endothermic processes can be spontaneous, such as the dissolution of ammonium nitrate. For this process, lattice energy is greater than the energy of solvation, but the entropy term is a larger negative than the enthalpy term, making ΔG<0.

dr.oztekchemistrychannel
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I m so confused about are there complex compounds are not ions?

Getgot-enkv