Use the reaction E + F <-> 2G and the equilibrium concentrations 0.60 mol/L for E, 0.80 mol/L for F, and 1.30 mol/L for G to calculate the equilibrium constant. E, F, and G are all gases.
E+F ⟵⟶ 2GE + F\ ^\longrightarrow_\longleftarrow\ 2GE+F ⟵⟶ 2G
At equilibrium;
E=0.60 mol/LF=0.80 mol/LG=1.30 mol/LE =0.60\ mol/L \\ F= 0.80\ mol/L\\ G= 1.30\ mol/LE=0.60 mol/LF=0.80 mol/LG=1.30 mol/L
Keq=1.3020.80×0.60=3.521K_{eq} =\dfrac{1.30²}{0.80× 0.60} = 3.521Keq=0.80×0.601.302=3.521
Need a fast expert's response?
and get a quick answer at the best price
for any assignment or question with DETAILED EXPLANATIONS!
Comments