SA 150 Lecture Notes - Lecture 7: Redox Titration, Windshield Washer Fluid, Titration

• School: Simon Fraser University
• Department: Sociology and Anthropology
• Course: SA 150
• Professor: Amie Mc Lean

Document Summary

Part a: multiple choice: to determine the [fe + in a redox titration, a suitable oxidizing agent is, so4, mno4, consider the following: 9806, h3po4 in acid. In an experiment, 2. 00 x 10 4 mol of mno4. 10. 0 ml of h2o2 to the equivalence point. In a redox titration, 0. 060 mol of kmno4 reacts completely with a solution of sn(no3)2 . How many moles of sn(no3)2 were present in the solution: 0. 024 mol, consider the following redox reaction, 0. 060 mol, 0. 30 mol, 0. 15 mol. In a titration, 40. 00 ml of na2s2o3 is needed to react completely with 4. 0 x 10 3 mol i2 . What is the concentration of na2s2o3: 0. 10 m, 0. 32 m, 0. 20 m, 0. 16 m. Part b: written response: an impure sample of iron was dissolved in acid. The fe + in this solution was titrated with 0. 0210 m kmno4 . Use the following data table and redox equation to determine the moles of.