I have a reactor which is operating at steady state. The balanced reaction is shown below: 1A + 5 B => 2 M + 1 N The feed to the reactor contains only A and B, and B is fed in excess by 29 % of what...


I have a reactor which is operating at steady state. The balanced reaction is shown below:<br>1A + 5 B<br>=><br>2 M + 1 N<br>The feed to the reactor contains only A and B, and B is fed in excess by 29 % of what is required to react all of<br>the A. The reactor has a single outlet stream, and all unused reactants and all products leave the reactor in the<br>same stream.<br>The fractional conversion of the A in the reactor is 0.36.<br>Calculate the mole fraction of M in the outlet from the reactor. Place your answer in the blank below, rounded<br>to two decimal places.<br>

Extracted text: I have a reactor which is operating at steady state. The balanced reaction is shown below: 1A + 5 B => 2 M + 1 N The feed to the reactor contains only A and B, and B is fed in excess by 29 % of what is required to react all of the A. The reactor has a single outlet stream, and all unused reactants and all products leave the reactor in the same stream. The fractional conversion of the A in the reactor is 0.36. Calculate the mole fraction of M in the outlet from the reactor. Place your answer in the blank below, rounded to two decimal places.

Jun 11, 2022
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