1. Consider a solution of NaHA for which F = 0.050 mol L¹, K₁1 = 4.70 x 10³ and K₁2 = 1.80 x 10-10, find the pH of the solution.

Fundamentals Of Analytical Chemistry
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Chapter14: Principles Of Neutralization Titrations
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1. Consider a solution of NaHA for which F = 0.050 mol L-¹, K₁1 = 4.70 x 10³ and K₁2 = 1.80 x 10-¹0,
find the pH of the solution.
pKa, = log (K,1)= log(4.70 x 10-³) = -2.32
pka₂ = log (K₂2) = log(1.80 x 10-¹0) = -9.74
pH = ½ (pka₁ + pka₂) = (-2.32 + (-9.74)) = -6.03
Transcribed Image Text:Chemistry please put correct solution 1. Consider a solution of NaHA for which F = 0.050 mol L-¹, K₁1 = 4.70 x 10³ and K₁2 = 1.80 x 10-¹0, find the pH of the solution. pKa, = log (K,1)= log(4.70 x 10-³) = -2.32 pka₂ = log (K₂2) = log(1.80 x 10-¹0) = -9.74 pH = ½ (pka₁ + pka₂) = (-2.32 + (-9.74)) = -6.03
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