1. U2 S3 L4 Titration Curves pages 608-609: Acid-Base Titration Curves
Questions
page 616: items 1 and 4

2. Upon completion of this lesson, you should be able to:
draw and interpret titration curves qualitatively and quantitatively for reactions involving:
a strong acid and a strong base
a strong acid and a weak base
a strong base and a weak acid
select, based on the nature of the species involved, an appropriate indicator for an acid-base titration
determine qualitatively the nature of the equilibrium at the stoichiometric equivalence point when a strong acid is mixed with a a weak base or when a strong base is mixed with a weak acid.

3. Titration of: a Strong acid with a strong Base

5. Titration of a Strong base with a strong acid

6. Titration of a Weak acid with a strong base

9. Comparison of WA + SB and SA + SB

11. Complete the analysis of this titration curve (assuming a 0
Complete the analysis of this titration curve (assuming a M sample):
Is the titrant an acid or a base? Why?
Is the sample an acid or a base? Why?
How many equivalence points occur? Why?
How many quantitative (stoichiometric) reactions have occurred? Why?

12. For each item:  
sketch and label titration curves for each titration.
suggest an indicator that is suitable to detect of the equivalence point.  
0.10 M hydrofluoric acid titrated with 0.10 M NaOH
0.10 M sodium cyanide titrated with 0.10 M HCl (Hint: write the net ionic equation for the reaction first.)

13. 0.10 M hydrofluoric acid titrated with 0.10 M NaOH

14. 10 M sodium cyanide titrated with 0
0.10 M sodium cyanide titrated with 0.10 M HCl (Hint: write the net ionic equation for the reaction first.)