青云翻译

Value can be learned from this: at a certain temperature, 2hf (g) ? h2 (g) + f2 (g) reached chemical equilibrium, and the resultant product of the concentration of reactant concentration (coefficient of reactant chemical formula index) product ratio is a constant. H2 and f2 is the concentration of t

This number can be seen at certain temperatures, 2HF (g) ? H2 (g) +F2 (g) reached chemical equilibrium, concentration of the reactant and product concentrations (with coefficient of reactant chemical formula as the index) is the ratio of the product of a constant. Product of the concentrations of th

May understand from this value: Under certain temperature, 2HF(g) ? H2(g) + F2(g) had achieved chemical equilibrium, resultant density product and reactant density (take reactant chemical formula coefficient as index) ratio of the product is a constant.Namely the H2 density and the F2 density produc

From this value you can find out about the: To a certain temperature, 2HF ? H 2 (g) (g) + F 2 (g) met the chemical balance of the product, product concentration and reaction concentration in response to a chemical formula coefficient multiplied by the ratio between Index) is a constant. That is the

This number can be seen at certain temperatures, 2HF (g) ? H2 (g) +F2 (g) reached chemical equilibrium, concentration of the reactant and product concentrations (with coefficient of reactant chemical formula as the index) is the ratio of the product of a constant. Product of the concentrations of th