Intermediate form of diprotic acid. Use the method in Box 9-2 to find the pH and concentration of HA in a 0.01 F solution of the amphiprotic salt NaHA derived from the diprotic acid H2A with pK1 4 and (a) pK2 8 or (b) pK2 5. 9-
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Chem 131 (10/24/16-11/4/16) Intro: here are the notes I’ve taken during Prof. Ondov’s lecture and from the textbook Chemistry: Structure and Properties 6th e ition by Nivaldo J. Tro Chapter 8: Chemical Reactions 8.1 chemical change- original substance transforms and matter of composition changes (eg. iron rusting, sugar burning, photosynthesis) ➢ Chemical Properties: corrosiveness, flammability, toxicity, acidity, etc. ➢ Usually indicated by temperature or color change physical change- original substance alters state of matter, not composition (eg. ice melting) ➢ Physical Properties: odor, taste, color, appearance, melting point, boiling point, etc. ➢ Usually indicated by change in state of matter or physical condition of matter 8.2 Chemical Equations stoichi
Textbook: Quantitative Chemical Analysis
Author: Daniel C. Harris
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