Glinka Problem 352
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352. In a state of equilibrium in the system
N2(g)+3H2(g)↔2NH3(g); ΔH°= - 92.4 kJ
the concentrations of the participating substances are equal: [N2]=3 mol/l; [H2]=9 mol/l; [NH3]=4 mol/l. Determine: a) initial concentrations of H2 and N2; b) in what direction will the equilibrium shift with increasing temperature?; c) in what direction will the equilibrium shift if the volume of the reaction vessel is reduced?
N2(g)+3H2(g)↔2NH3(g); ΔH°= - 92.4 kJ
the concentrations of the participating substances are equal: [N2]=3 mol/l; [H2]=9 mol/l; [NH3]=4 mol/l. Determine: a) initial concentrations of H2 and N2; b) in what direction will the equilibrium shift with increasing temperature?; c) in what direction will the equilibrium shift if the volume of the reaction vessel is reduced?
Read the product description. After payment, the system will redirect you to a page with a ready-made solution to problem 352 from the collection: Glinka N.L. Problems and exercises in general chemistry. Textbook for universities / Ed. V.A. Rabinovich and Kh.M. Rubina. – 23rd ed., revised. – L.: Chemistry, 1985. – 264 p., ill. The solution is a document formatted in MS Word.
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