Question $15$

x

A mixture of $5$kmol of $H_{2}O$ and $2$kmol of $H_2$ is heated until it reaches equilibrum at $2000K$ and $50$kPa. The components in the equilibrium mixture are $H_{2}O,H_2,O_2,$ and $OH.$

Selected Answer:

$\frac{50\text{k}\text{P}\text{a}**\frac{1(atm)}{101\mathrm{.}325\text{k}\text{P}\text{a}}}{N_{H2}+N_{O2}+N_{H2O}}$

Answers:

$\frac{50\text{k}\text{P}\text{a}**\frac{1(atm)}{101\mathrm{.}325\text{k}\text{P}\text{a}}}{N_{H2}+N_{O2}+N_{H2O}+N_{OH}}$

$\frac{50\text{k}\text{P}\text{a}}{N_{H2}+N_{O2}+N_{H2O}+N_{OH}}$

$\frac{10\text{k}\text{P}\text{a}**\frac{1(atm)}{101\mathrm{.}325\text{k}\text{P}\text{a}}}{N_{H2}+N_{O2}+N_{H2O}}$

$\frac{50\text{k}\text{P}\text{a}}{N_{H2}+N_{O2}+N_{H2O}}$