Chapter 9: Q37P (page 209)
Calculate the quotient at if the ionic strength is by using the effective equilibrium constant listed forin Appendix G.
Short Answer
The quotient is.
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Chapter 9: Q37P (page 209)
Calculate the quotient at if the ionic strength is by using the effective equilibrium constant listed forin Appendix G.
The quotient is.
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(a) Calculate the pH of a solution prepared by mixing of the basewith of and diluting to .First calculate the pH by assumingand . Compare this answer with the pH calculated without making such an assumption.
(b) After working part (a) by hand, use Excel Goal Seck to find the same answers.
Which of the following bases would be most suitable for preparing a buffer of ?
(i) (ammonia,);
(ii) role="math" localid="1654764490555" (aniline,role="math" localid="1654764515634" );
(iii));
(iv) (pyridine, ).
When is a weak acid weak and when is a weak acid strong? Show that the weak acid dissociatedrole="math" localid="1654854665468" will be 92%dissociated when dissolved in water if the formal concentration is one-tenth of Show that the fraction of dissociation is 27%when. At what formal concentration will the acid be 99%dissociatedCompare your answer with the left -hand curve in Figure 9-2
Why does buffer capacity increase as a solution becomes very acidic (pH ≈ 1) or very basic (pH ≈ 13)?
Does the pH change in the right direction when HCl is added?
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