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3 hours later…
04:56
1
Q: What is the math behind the formula for the concentration of the strong titrant when calculating theoretical buffer capacity of a diprotic system?

ToastyBananasI have a question related to finding the theoretical buffer capacity of a diprotic system, specifically about the formula for the concentration of the strong titrant. In this post: What is the formula for theoretical buffer capacity for a diprotic buffer system? The top answer, given by grsousaju...

 
11 hours later…
15:53
0
Q: Answers getting deleted due to deleted questions

ProscionexiumI have recently noted that a question that I had answered has been deleted by the Community bot along with which my answer was deleted too. Also I had no downvotes on my answer and it had 0 score until the deletion. Besides these, I have only three answers manually deleted upto date with a total ...

 
5 hours later…
21:01
@Mithoron yeah, it's probably long, but I just can't do it right now. Usually I speed through some, but I have no time at all :(
21:20
3
Q: Why does silver have more affinity for chlorine and bromine rather than fluorine in Swarts reaction?

barath kumar basker rangareddyWhy do silver and other metals used in Swarts reaction $(\ce{AgF},$ $\ce{HgF2},$ $\ce{CoF2},$ $\ce{SbF3})$ have more affinity for chlorine and bromine even though fluorine is more electronegative? $$\ce{R-X + AgF -> R-F + AgX(s)} \\ (\ce{X} = \ce{Cl/Br};\quad \ce{R} = \text{alkyl})$$

 
2 hours later…
23:33
5
Q: Why would there be a non-zero Gibbs energy of mixing for ideal gases?

KarstenWhen two ideal gases $\ce{A}$ and $\ce{B}$ mix, they don't interact. The chemical potential of each gas is independent of the other, e.g. for $\ce{A}$: $$\mu_\ce{A} = \mu_\ce{A}^\circ + R T \ln p_\ce{A} \label{eqn:q1}\tag{1}$$ So if the two gases are independent, why is there a Gibbs energy of mi...


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