chem+1C+Spr+2009e

chem+1C+Spr+2009e - Dr. Farmers Chem 1C Midterm 1 Tues...

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Dr. Farmer’s Chem 1C Midterm 1 Tues April 21 Chp 10 equilibria equilibrium constant collision theory rates of reaction solubility product common ion effect Le Châtelier’s principle solubility equilibria reaction quotient ICE tables acid/bases definitions/types conjugate pairs relative strengths effect of water structural predictions strong acid pH calculations Chp 11 thru 11.12
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PJF office hours T/W/Th/F 3-4 NS 1 Exam part short answers, part multiple choice problems, Short answer ~ 60/40 from TEXT and WILEYPLUS problems show work! The exam will be closed-book w/ periodic table and constants to use. You will bring an official UCI Picture Identification Card one 3 x 5 card (a "cheat sheet") calculator
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Electronic Homework c02 Molarity - Unit Quiz 02 5 Apr 2009 at 11:00 PM c02 Solution Stoichiometry - Unit Quiz 02 5 Apr 2009 at 11:00 PM c10 Chemical Equilibrium - Equilibrium Constant 10 5 Apr 2009 at 11:00 PM c10 Chemical Equilibrium - Stoichiometric Relationships 10 12 Apr 2009 at 11:00 PM c10 Chemical Equilibrium - Equilibrium Concentrations 10 12 Apr 2009 at 11:00 PM c10 Solubility Products - Solubility 10 12 Apr 2009 at 11:00 PM c10 Solubility Products - Common Ion Effect 10 19 Apr 2009 at 11:00 PM c11 Acid/Base Equilibrium - Strong Acids/Bases and pH 11 19 Apr 2009 at 11:00 PM c11 Acid/Base Equilibrium - Weak Acids/Bases (Approximate Calculations) 11 19 Apr 2009 at 11:00 PM
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Ch 10 – Recap Last time we talked about : Solubility product if solid is only partially dissolved in water, it must be in equilibrium, and is described by a Solubility Product, K sp K eq = [A +2 ] [B ] 2 = K sp “solubility product” AB 2 (s) A +2 (aq) + B - (aq) = [A +2 ] [B ] 2 [AB 2 ] e.g. solubility of a solid in a solution is not the same as the “Solubility Product”!!!! The reaction: Ag 3 PO 4 (s) 3 Ag + (aq) + PO 4 3 I N/A 0 0 C x” +3x +x E N/A 3x x K sp = 1.8 × 10 18 solubility, mols L 1 x = 1.6 × 10 5 mols L 1 = 6.7 × 10 3 g L 1
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ionic compounds you should know for the test! NO
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This note was uploaded on 11/04/2009 for the course CHEM Chem 1C taught by Professor Farmer during the Spring '09 term at UCL.

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chem+1C+Spr+2009e - Dr. Farmers Chem 1C Midterm 1 Tues...

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