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12.6 kcal + Hz(g) +12(g) â 2HI(g) Stress Equilibrium [H2] Shift right 1.Add H2 2.Add l2 3.Add HI 4 Remove H2 5.Remove l2 6.Remove HI decreasesi increases Remains the same 7.Increase 8 Decrease ure 9.Increase Pressure 10.Decrease Pressure NaOH(s) â Na+(aq) + OH(aq) + 10.6 kcal (Remember that pure solids and liquids do not affect equilibrium values.) Stess Equilibrium Amount of[Na] [OH] Shift NaOH(s) 1.Add NaOH(S) 2.Add NaCI 3.Add KOH (adds Na") adds OH 4.Add H 5.Increase temperature 6. Decrease temperature 7. Increase Pressure 8. Decrease Pressure
12.6 kcal + Hz(g) +12(g) â 2HI(g) Stress Equilibrium [H2] Shift right 1.Add H2 2.Add l2 3.Add HI 4 Remove H2 5.Remove l2 6.Remove HI decreasesi increases Remains the same 7.Increase 8 Decrease ure 9.Increase Pressure 10.Decrease Pressure NaOH(s) â Na+(aq) + OH(aq) + 10.6 kcal (Remember that pure solids and liquids do not affect equilibrium values.) Stess Equilibrium Amount of[Na] [OH] Shift NaOH(s) 1.Add NaOH(S) 2.Add NaCI 3.Add KOH (adds Na") adds OH 4.Add H 5.Increase temperature 6. Decrease temperature 7. Increase Pressure 8. Decrease Pressure
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Nestor RutherfordLv2
19 Mar 2019
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