Propylene is hydrogenated in a batch reactor using the following reaction:

$C3H6g+H2(g)C3H8(g)$

Equimolar amounts of propylene and hydrogen are fed into the reactor at $25C$ and a total absolute

pressure of $32\mathrm{.}0$atm. The reactor temperature is raised to $235C$ and held at that temperature until the

reaction is complete. The propylene conversion when the reactor initially reaches $235C$ is $53\mathrm{.}2\%.$ You

may assume ideal gas law for this problem. $($Hint: assume a basis$)$

What is the final reactor pressure after complete conversion?

What is the reactor pressure when it reaches its isothermal period $($reaches $235C)?$

What is the percentage conversion when the reactor pressure is $35\mathrm{.}1$atm $?$