$($Celsius$)+C$ are:

$($a$)$What is the vapor pressure $)$ of component $(1)$ at a temperature of $121C?$

$16101\mathrm{.}8000$

You are correct.

Your receipt no$.$ is $153-178(7)$ Previous Tries

$($b$)$ What is the vapor pressure $(mmHg)$ of component $(2)$ at $121C?$

$6863\mathrm{.}0700$

You are correct.

Your receipt no$.$ is $153-4538(3)$ Previous Tries

$($c$)$ For a vapor mole fraction of $y(1)=0\mathrm{.}8$ at $121C,$ what is the dew point pressure of the mixture assuming Raoult's law in $mmHg?$

Tries $\frac{0}{4}$

$0\mathrm{.}8?$

Submit Answer Tries $0/4$

$($e$)$ In an experiment, the two$-$parameter Margules parameter values are determined to be $A_{12}=-0\mathrm{.}22$ and $A_{21}=-0\mathrm{.}99.$

Set up a loop to figure out the real liquid phase composition, until the change in current and previous values of $x1$ is less than $0\mathrm{.}0001$ for two consecutive calculations.

For modified Raoult's law, for $y(1)=0\mathrm{.}8,$ what is the dew point pressure at $121C?(mmHg)$

Tries $\frac{0}{4}$

$($f$)$ What is the composition of component $x(1)$ in the liquid phase at $121C?$

Submit Answer Tries $0/4$

$($g$)$ For the value of $x(1)$ above, what is ${}_1?$

Tries $\frac{0}{4}$

$($h$)$ For the value of $x(1)$ above, what is ${}_2?$