13.1 Solution Formation and Solubility | General Chemistry

[@peybak]

Welcome back, Chad! And thanks for the lecture.

[@ChadsPrep]

You're welcome, Peyman!

[@SinmisolaJohnson]

Thanks so much, Chad.

[@ChadsPrep]

You are welcome Sinmisola! You caught me with your channel logo. I watched a couple of YOUR videos and am subscribed. Stay bold in the name of Jesus!

[@SinmisolaJohnson]

@@ChadsPrep Thanks

[@sarpkaia3666]

buradaydım. thank you professor! 12.10.24

[@ChadsPrep]

[@JaideepVaridireddy]

This ia a very late comment, but it seems that chapter 12 isn't viewable. I'm an ASU student taking CHM114 currently, so was just wondering where I would be able to find it. I see that 11.3 is the first half of chapter 12 however.

[@haled3710]

Did you find it?If so where ?

[@joideegacoizeega8329]

There is no chapter 12 on his website

[@notchemguy12]

hi prof chad, in the henry's law example, where did the .21atm come from in the equation? thanks alot.

[@ChadsPrep]

My apology Andy as it was provided in the question I read from the printed study guide. I've tried to be good about putting them upon the screen during editing but dropped the ball on this one. The entire questions reads as follows:
What is the solubility of O2 in water at 25oC at sea level? (PO2 = 0.21atm, KH = 1.3x10-3M/atm at 25oC)
Hope this helps and Happy Studying!

[@notchemguy12]

@@ChadsPrep thanks so much you’re the goat!

[@ChadsPrep]

@@notchemguy12 👍 👍 👍

[@beerizik4890]

when you say that there 2.73*10^-4 moles, what that mean... like in how many liters of water? or volium of water?
thanks you are the man

[@ChadsPrep]

It is solubility per atm - i.e at 1atm pressure, I go into this in a little more detail around 13:30 :)

[@taranshah4263]

what happened to chapter 12
?

[@raizenzoldyck7563]

where are u chap 12? :{

[@thecclicker]

immisible - when 2 liquids are like wierd 🙄and touch eachother they are like ew

[@ChadsPrep]

Ha!