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Question 1) CH4+1.502=CO+2H20 CO+0.502=CO2 Use mole balance/equilibrium conversion to determine how the equilibrium co/CO2 ratio varies with temperature (1500, 2000, and 2500 K), pressure (0.1,

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Question 1) CH4+1.502=CO+2H20 CO+0.502=CO2 Use mole balance/equilibrium conversion to determine how the equilibrium co/CO2 ratio varies with temperature (1500, 2000, and 2500 K), pressure (0.1, 1, 10, and 100 atm) and initial gas composition (in a reasonable range). Plot a graph with X-axis of 02/CH4 and Y-axis of co/CO2, with a line for each given temperature. Also Plot a graph with X-axis of 02/CH4 ratio and Y-axis of co/CO2 ratio with a different line for each of the given pressures. The temperature plot should show this general trend/shape. USE THE GIVEN CHEMICAL FORMULAS CIRCLED IN RED Lolla LOKD. Gr 1 ochy og/ City Og SHOW ALL WORK AND EXPLAIN

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