Nope, don't remember how to do this
general
Phi Kappa Chi ΦΚΧ <a:yeah:589703000977571860><a:ppHop:536353159615086612>
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Wednesday, April 11, 2018
If you have your ionic reactivity table
You can look up bond strengths and see which ones an H+ will break
@Spooky Phijkchu okay so it's reacting to bring them into solution
I'll send a better pic
Mate this problem set is due tomorrow and I'm on hour 5
And still have a shit ton to go
Ammonia is NH3 right
yes
Yes
I have no fucking clue how to do these
RIP, I was still doing Mercury dichloride
ok but
disgusting
Silver chloride should just lose the chlorine
So agnh3?
and the silver would join with ammonia
Nh4*
Well, balance it
I'd have to look at how many electrons silver has
But it'll be either 1:1 or 1:2
The way you do this is by having a reactivity table
Or by memorizing the trends of the different element rows/columns
You just have to know where the electrons want to go in a basic/acidic environment
Ok thx
channel awesome continues to die a fast death
PogChamp PogChamp PogChamp
yeah, it is slowing down too much
google doc 2 drop hype
Thursday, April 12, 2018
long
