The equilibrium mixture is found to contain 0.07,0.11,0.03 and 0.03 moles of CO,H2CH4 and H2O respectively for the reaction: CO(g) +3H2(g)O CH4(g)=H2O(g).
CO = 0,07
H2 = 0,11
CH4 = 0,03
H2O = 0,03
CO + 3H2 = CH4 + H2O
Kequ=[CH4][H2O][CO][H2]3K_{equ}= \cfrac {[CH_4][H_2O]}{[CO][H_2]³}Kequ=[CO][H2]3[CH4][H2O]
Kequ=0,03∗0,030,07∗0,113=9,66K_{equ}= \cfrac {0,03*0,03}{0,07*0,11³}=9,66Kequ=0,07∗0,1130,03∗0,03=9,66
Answer: Kequilibrium = 9,66
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