# Tag Info

Accepted

### Schlögl model - Stationary States far from Equilibrium

Ilie et al give a numerical example that has two steady states. Here are the parameters (ignore the propensities, I think they are for the stochastic models): with $C_A$ set to $\pu{1E5}$ and $C_B$ ...
• 32.6k
Accepted

• 29.7k

### Le Chatelier's Principle - Increasing concentration of coloured ion

If $\ce{CoCl2·6H2O}$ is dissolved in water, the solution is pink, because of the pink ion $\ce{[Co(H2O)6]^2+}$. Matter of fact, the amount of blue $\ce{CoCl4^2-}$ ion produced by the following ...
• 22.4k

### Total entropy change for reversible reactions and its relationship to equilibrium constant

(1) The entropy reaches a maximum at equilibrium, thus any change will depart from equilibrium, but this cannot happen if we are at equilibrium unless some other parameter changes such a temperature ...
• 27.6k
The $\ce{Ba^{2+}}$ ions will surround by anions The $\ce{SO_4^{2-}}$ will be surrounded by cations So they stabilize a lot more actually. Remember that this may take long, but thermodynamically that ...