Transcription of Test3 ch17b Buffer-Titration-Equilibrium Practice Problems
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Test3 ch17b Buffer-Titration-Equilibrium Practice Problems
1 General Chemistry II Jasperse Buffers/ titrations /Solubility. Extra < strong >Practicestrong > < strong >Problemsstrong > General Types/Groups of < strong >Problemsstrong > : Buffers General p1 Titration Graphs and Recognition p10 What Kind of Solution/pH at End? p2 Titration Calculations p11 Preparation and Recognition of Buffers p4 pH Estimations/Calculations after < strong >acidstrong > / < strong >basestrong > are added (including at Equivalence Point) p12 Buffer Calculations p5 Solubility < strong >Problemsstrong > p14 Disrupted Buffers: After < strong >acidstrong > or < strong >basestrong > are Added p7 Impact on Solubility When Common Ions are Present p16 Titration-Related < strong >Problemsstrong > p9 Impact of pH on Solubility p17 Key Equations Given for Test: For weak acids alone in water: [H+] = KaxWA[] For weak bases alone in water: [OH-] = KbxWB[] pZ= -logZ General definition for p of anything pH + pOH = 14 [H+][HO-] = x 10-14 KaKb= x 10-14 for conjugate < strong >acidstrong > / < strong >basestrong > pair For Buffer.
13. Identify all the correct statements about an acid–base buffer solution. I. It can be prepared by combining a strong acid with a salt of its conjugate base. II. It can be prepared by combining a weak acid with a salt of its conjugate base. III. It can be prepared by combining a weak base with its conjugate acid…
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