Write all the reaction equations. Problem 7. Simple equilibrium The gaseous substances A2 and B2 were mixed in a molar ratio 2:1 in a closed vessel at a temperature When the equilibrium A2(g) + B2(g) = 2AB(g) was established the number of T1. heteronuclear molecules in a gas phase became equal to the total number of homonuclear molecules. K1 1:1 T1? A The equilibrium mixture obtained from the initial mixture A2 : B2 = 2 : 1 was heated so that equilibrium constant became = / 2. K2 K1 B2 A2 AB T1? Consider the reaction yield = / as a function of the initial molar ratio A2 : neq(AB) nmax(AB) B2 = : 1 at any fixed temperature (nmax is the maximum amount calculated from the reaction x equation). Answer the following questions qualitatively, without exact equilibrium calculations. ; 0? Now, consider the variable ratio A2 : B2 = : 1 at a fixed total pressure. x AB
Write all the reaction equations. Problem 7. Simple equilibrium The gaseous substances A2 and B2 were mixed in a molar ratio 2:1 in a closed vessel at a temperature T1. When the equilibrium A2(g) + B2(g) = 2AB(g) was established the number of heteronuclear molecules in a gas phase became equal to the total number of homonuclear molecules. K1 1:1 T1? The equilibrium mixture obtained from the initial mixture A2 : B2 = 2 : 1 was heated so that equilibrium constant became K2 = K1 / 2. B2 A2 AB T1? Consider the reaction yield = neq(AB) / nmax(AB) as a function of the initial molar ratio A2 : B2 = x : 1 at any fixed temperature (nmax is the maximum amount calculated from the reaction equation). Answer the following questions qualitatively, without exact equilibrium calculations. ; 0? Now, consider the variable ratio A2 : B2 = x : 1 at a fixed total pressure. AB A
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