For H₂SO4, Ka,1 is very large and pKa,2 = 1.96 at 25 °C. For 0.00149 mol L¹ H₂SO4(aq) at 25 °C, calculate: (a) the equilibrium concentration of the singly-ionized form, HSO4 [HSO4 Jeq= Number mol L-1 (Enter a number accurate to 2 significant figures.) (b) the fraction, a₂, of H₂SO4 that exists in the doubly-ionized form, SO4²- a₂= Number (Enter a number between 0 and 1, accurate to 2 significant figures.) (c) the pH pH (Enter a number accurate to 2 decimal places.) = Number:

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For H₂SO4, K₂,1 is very large and pK₁,2 = 1.96 at 25 °C.
For 0.00149 mol L-¹ H₂SO4(aq) at 25 °C, calculate:
(a) the equilibrium concentration of the singly-ionized form, HSO4
[HSO4*]eq= Number mol L-1
(Enter a number accurate to 2 significant figures.)
(b) the fraction, a₂, of H₂SO4 that exists in the doubly-ionized form, SO4²-
a₂= Number
(Enter a number between 0 and 1, accurate to 2 significant figures.)
(c) the pH
pH= Number
(Enter a number accurate to 2 decimal places.)
Transcribed Image Text:For H₂SO4, K₂,1 is very large and pK₁,2 = 1.96 at 25 °C. For 0.00149 mol L-¹ H₂SO4(aq) at 25 °C, calculate: (a) the equilibrium concentration of the singly-ionized form, HSO4 [HSO4*]eq= Number mol L-1 (Enter a number accurate to 2 significant figures.) (b) the fraction, a₂, of H₂SO4 that exists in the doubly-ionized form, SO4²- a₂= Number (Enter a number between 0 and 1, accurate to 2 significant figures.) (c) the pH pH= Number (Enter a number accurate to 2 decimal places.)
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