Question
The steam reforming reaction can be described by the following two reactions: CH 4 +H 2 O ? CO+3H 2 CH 4 +2H 2 O
The steam reforming reaction can be described by the following two reactions:
CH4 +H2O ? CO+3H2
CH4 +2H2O ? CO2 +4H2
Assume that both these reactions achieve equilibrium at 600 K. The equilibrium constants at this temperature for the two reactions are 0.41 and 1.09 respectively. Calculate the equilibrium composition if the starting composition is 5 moles of steam and 1 mole of methane at a pressure of 2 atm.
CH4 +H2O ? CO+3H2
CH4 +2H2O ? CO2 +4H2
Assume that both these reactions achieve equilibrium at 600 K. The equilibrium constants at this temperature for the two reactions are 0.41 and 1.09 respectively. Calculate the equilibrium composition if the starting composition is 5 moles of steam and 1 mole of methane at a pressure of 2 atm.
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Elementary Statistics
Authors: Mario F. Triola
12th Edition
0321836960, 978-0321836960
