A mixture of hydrogen and nitrogen in a gaseous state to which the gases can react until an equilibrium is formed. A mixture of hydrogen, nitrogen and ammonia in a gaseous state to which the gases do not they reactĭ. A saturated aqueous solution of copper(I) chloride and sodium chloride in equilibrium with solid crystals of salts.Ĭ. An aqueous solution of the weak acid, hydrocyanic acid. For the following cases, I could only find $\pi$, $C$, and $r$ for case A:Ī. For reference, I used the following formula $F \pi=C^* 2$, where $C^*=C-r-s$ is the number of independent components, $C$ is the number of total components without restrictions, $r$ the number of independent chemical reactions, and $s$ are the number of stoichometric constraints. I have to find the degrees of freedom of these cases, but I'm mostly having problems with independent chemical reactions and stoichometric constraints. JoanSGF Asks: Problems about Gibbs' phase rule
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