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11 Nov 2019
Experiment 6: Gets.: mwing ne pK, and d Equivalent Weight of a Weak Acid from a Titration Curve i PREPARATION WORKSHEET Name: TA: Answer the following questions using information obtaine manual. The responses will be collected at the beginning of reci Date: Section: ormation obtained from lecture, the textbook, or lab recitation and checked at the start of your lab section for credit. 1. For a weak acid HA in an aqueous solution described by HA(aq)+ H 0)H,o (aq)+ A (aq), the equilibrium constant is given by [HA] Take the l og ofboth sides ofthe equation andrearrange to derive the Henderson-Hasselbalch equation. Recall that pH =-log [H301 and pKa-log K, show details of your derivation below and box your final derived form of the Henderson-Hasselbalch equation.
Experiment 6: Gets.: mwing ne pK, and d Equivalent Weight of a Weak Acid from a Titration Curve i PREPARATION WORKSHEET Name: TA: Answer the following questions using information obtaine manual. The responses will be collected at the beginning of reci Date: Section: ormation obtained from lecture, the textbook, or lab recitation and checked at the start of your lab section for credit. 1. For a weak acid HA in an aqueous solution described by HA(aq)+ H 0)H,o (aq)+ A (aq), the equilibrium constant is given by [HA] Take the l og ofboth sides ofthe equation andrearrange to derive the Henderson-Hasselbalch equation. Recall that pH =-log [H301 and pKa-log K, show details of your derivation below and box your final derived form of the Henderson-Hasselbalch equation.
Bunny GreenfelderLv2
26 Aug 2019