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4:09 AM
ello ello
 
SBM
4:21 AM
Hello
 
 
4 hours later…
8:38 AM
 
 
2 hours later…
10:17 AM
@Secret Without some more specifics it is really hard to give you any advice. But given the general appearance of a piano stool complex, i'd guess the answer is you cannot. I assume you saw chemistry.stackexchange.com/q/49483/4945
 
10:44 AM
I'll post my complex after I get back to my comp. But basically it's formula is Cp-Ru(CO)ClH where the CO H and Cl form the leg of the piano stool and I need to rotate the whole base around about the Cp-Ru bond , which means that workaround in the CSE posted above will not work
O wait sorry, the Cp is actually a Monomethyl substituted Cp
thus the conformation of the piano stool will be an important consideration
 
 
1 hour later…
11:52 AM
So basically, I need to rotate the base around and scan for the torsion PES about the Cp-Ru bond (don't worry about that the Ru is shown as black here, Macmolplt does not have enough color palettes in its default style)
 
 
8 hours later…
7:34 PM
0
Q: It seems I haven't received some deserved badges!

chail10While going through the types of badges in SE, I came across these (in the picture) types of badges. And then found that I have a question with 10 point and Two answers with 25 and 40 points respectively But still haven't received any of the badges mentioned with these criteria! Is there somethin...

 
8:25 PM
!!greet/JSK
 
Welcome to The Periodic Table JSK! Here are our chat guidelines and it's recommended that you read them. If you want to turn Mathjax on, follow the instructions in this answer. Happy chatting!
 
9:11 PM
hey guys, I'm kind of confused, what is the difference between standard redox potentials and cell potentials? My syllabus states that one needs to "use standard redox potentials to predict the reaction between two redox couples", I thought e.m.f was used for this?
 
9:37 PM
@frostedcake still here ?
@frostedcake It's been a while since I've done that stuff so I hope I'm not mistaken.
> My syllabus states that one needs to "use standard redox potentials to predict the reaction between two redox couples", I thought e.m.f was used for this?
Isn't it the redox potentials that tell you which way the reaction goes, depending on which is lower than which ?
 

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