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The gibbs free energy of formation of MO and CO at temperature 1000 ∘C and 1900 ∘ are given. 2M+O2→2MO ;ΔG1900 ∘C=−300 kJ/mol ΔG1000 ∘C=−921 kJ/mol 2C+O2→2CO ;ΔG1900 ∘C=−624 kJ/mol ΔG1000 ∘C=−423 kJ/mol MO+CΔ→M+CO↑ The reaction is feasible at temperature x then what is the value of x500: |
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Answer» The gibbs free energy of formation of MO and CO at temperature 1000 ∘C and 1900 ∘ are given. 2M+O2→2MO ;ΔG1900 ∘C=−300 kJ/mol ΔG1000 ∘C=−921 kJ/mol 2C+O2→2CO ;ΔG1900 ∘C=−624 kJ/mol ΔG1000 ∘C=−423 kJ/mol MO+CΔ→M+CO↑ The reaction is feasible at temperature x then what is the value of x500: |
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