3. Fe and FeQ are in equilibrium with gas mixture of composition 71.8% CO-28.2%CO2 at 1273K. Which of the two solid phases disappears if the composition of the gas is held constant and temperature of the system is increased? Fe(s)+1/2O2(g)=FeO(s)_AG=-263700+64.35T C(s)+O2 (g)= CO2(g) AG=-394100-0.84T C(s) + 1/2O2 (g) = CO AG=-111700-87.65T

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3. Fe and FeQ are in equilibrium with gas mixture of composition 71.8% CO-28.2%CO2 at
1273K. Which of the two solid phases disappears if the composition of the gas is held
constant and temperature of the system is increased?
Fe(s)+1/2O2(g)=FeO(s)
AG=-2
0=-263700+64.35T
ammmm
C(s)+O2 (g)= CO2(g)
AG=-394100-0.84T
C(s) + 1/2O2 (g) = CO AG=-111700-87.65T
Transcribed Image Text:3. Fe and FeQ are in equilibrium with gas mixture of composition 71.8% CO-28.2%CO2 at 1273K. Which of the two solid phases disappears if the composition of the gas is held constant and temperature of the system is increased? Fe(s)+1/2O2(g)=FeO(s) AG=-2 0=-263700+64.35T ammmm C(s)+O2 (g)= CO2(g) AG=-394100-0.84T C(s) + 1/2O2 (g) = CO AG=-111700-87.65T
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