II) Combustion of aqueous hydroiodic acid? III) Acid-Base 79 mL HI per 100 I/II) Redox mL III) Acid-Base 79 L HI per 100 How many of the mL following would you 21 mL HI per 100 expect to see dissolve mL in ethanol (C2H5OH)? 21 L HI per 100 Iron (III) mL Nitrate 12 mL HI per 100 Cesium Fluoride mL Molybdenum (VI) 12 L HI per 100 Acetate mL Calcium Chlorate 3250 cm3 of a 3.40 M potassium hydroxide Strontium solution is to be Hydroxide diluted to 1.10 M. Lithium Sulfide What will be the final One volume (in liters) of Two the solution? Three 1.15 L Four 10.1 L Five 1.05 L Six 6.05 L A(n) ____________ _____ is a proton donor in solution. PdI2(aq) + 2HgNO3(aq) Brønsted–Lowry Pd(NO3)2(aq) + 2HgI(s) Acid In the reaction above, Arrhenius Base who is(are) the spectator Arrhenius Acid ion(s)? Brønsted–Lowry Pb2+ Base I- What is the oxidation Hg+ state of carbon in NO3+ CO32-? Pb2+ and I- -2 Pd2+ and NO3- +2 Hg+ and NO3- –4 I- and Hg2+ +4 How do you prepare a -6 21% by volume solution
II) Combustion III) Acid-Base I/II) Redox III) Acid-Base How many of the following would you expect to see dissolve in ethanol (C2H5OH)? Iron (III) Nitrate Cesium Fluoride Molybdenum (VI) Acetate Calcium Chlorate Strontium Hydroxide Lithium Sulfide One Two Three Four Five Six PdI2(aq) + 2HgNO3(aq) Pd(NO3)2(aq) + 2HgI(s) In the reaction above, who is(are) the spectator ion(s)? Pb2+ I- Hg+ NO3+ Pb2+ and I- Pd2+ and NO3- Hg+ and NO3- I- and Hg2+ How do you prepare a 21% by volume solution of aqueous hydroiodic acid? 79 mL HI per 100 mL 79 L HI per 100 mL 21 mL HI per 100 mL 21 L HI per 100 mL 12 mL HI per 100 mL 12 L HI per 100 mL 3250 cm3 of a 3.40 M potassium hydroxide solution is to be diluted to 1.10 M. What will be the final volume (in liters) of the solution? 1.15 L 10.1 L 1.05 L 6.05 L A(n) ____________ _____ is a proton donor in solution. Brønsted–Lowry Acid Arrhenius Base Arrhenius Acid Brønsted–Lowry Base What is the oxidation state of carbon in CO32-? -2 +2 –4 +4 -6
chem_111_mock_final_exam_fall_2017.docx