CHM 143 Lecture Notes - Lecture 12: Solubility, Trioxidane, Sodium Chloride

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11 Oct 2016
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What volume of 0. 218 m k2co3 solution is needed to completely react 200. 0 ml of 0. 4ll m. K2co3 (aq) + 2 agno3 (aq) 2 kno3 (aq) + ag2co3 (s) 0. 411 mol agno3 200. 0 ml 10-3 l 1 mol k2co3 l solution. L solution 1 ml 2 mol agno3 0. 218 mol k2co3. Na2co3 (aq) + 2 hno3 2 nano3 (aq) + co2 (g) + h2o (l) 0. 133 mol na2co3 0. 02500 l solution 2 mol hno3 1 = 0. 537 mol hno3/liter. Attractive forces holding particles together: solute-solute, solvent-solvente, solute-solvent. *for solution formation, the solute- (cid:932)(cid:928)l(cid:935)e(cid:927)(cid:933) (cid:932)(cid:928)l(cid:934)(cid:933)e-solute & solvent-solvent. Molecular compounds that do not produce ions in solution. Separates into cation and anion so can conduct electricity in solution. Strong vs weak: compare solution of same concentration of solute. 1. 0 m nacl- strong electrolyte- bright light. 1. 0 m hc2h3o2- weak electrolyte - dim light. Brightness is proportional to the # ions produced in solution. 0. 10 m nacl- dim ( middle brightness)

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