The equilibrium constant for the water gas shift reaction at $T=970K$ is equal to $1.$

If $1$mol of $CO$ and $2$ moles of water vapor are fed to a reactor at $970K$ :

What is the composition of the exiting streams at equili File Preview

What is the fractional conversion of the limiting reactant?

What is the equilibrium constant for the water gas shift reaction at $400K,700K,1150$

$K?$

What is the fractional conversion of an equimolar feed at these temperatures?

At what temperature would you run the reactor to achieve a $2$:$1H_2$:$CO$ ratio in the

reactor effluent?