A mixture of HI, H2, and 1; in a closed container at 448 C has these initial partial pressures: H: (g) 1.5 atm, I; (g)- 1.2 atm, HI (g) - 18.5 atm. Determine the condition of the mixture assuming this reaction takes place. 2HI (g) H, (g) l2 (g) K,- 1. 98 x 10-2 O (A) AG > 0 O (B) At equilibrlum the concentration of reactant will be smaller than product O (C) The mixture is spontaneously making products O(D) The mixture is spontaneously making reactants O (E) The mixture is at equilibrium Submit

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A mixture of HI, H2, and 1, in a closed container at 448°C has these initlal partial pressures: H2
(g) 1.5 atm, 1; (g) - 1.2 atm, HI (g) - 18.5 atm. Determine the condition of the mixture assuming
this reaction takes place.
2HI (g) = H, (g)+12 (g)
K, - 1. 98 x 10-2
O (A) AG > 0
O (B) At equilibr lum the concentration of reactant will be smaller than product
O (C) The mixture is spontaneously making products
O(D) The mixture is spontaneously making reactants
O(E) The mixture is at equilibrium
Submit
Transcribed Image Text:A mixture of HI, H2, and 1, in a closed container at 448°C has these initlal partial pressures: H2 (g) 1.5 atm, 1; (g) - 1.2 atm, HI (g) - 18.5 atm. Determine the condition of the mixture assuming this reaction takes place. 2HI (g) = H, (g)+12 (g) K, - 1. 98 x 10-2 O (A) AG > 0 O (B) At equilibr lum the concentration of reactant will be smaller than product O (C) The mixture is spontaneously making products O(D) The mixture is spontaneously making reactants O(E) The mixture is at equilibrium Submit
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