Unit Objectives: At the end of this Electrochemistry unit,
I can assign oxidation numbers, identify the reducing and oxidizing agents, as well as the substances being oxidized and reduced in redox reactions. (CK12 Sections 22.6, 22.4)
I can write half reactions. (CK12 Section 22.8)
I can predict if a redox reaction will happen spontaneously or not based upon the activity series and/or standard reduction potential values. (CK12 Sections 22.1, 22.2, 22.3)
I can compare and contrast voltaic and electrolytic cells in terms of their laboratory set up and spontaneity. (CK12 Sections 23.3, 23.4, 23.8)
I can calculate the cell potential of voltaic cells. (CK12 Sections 23.5, 23.6, 23.7)
I can predict the products at the anode and cathodes of electrolytic cells. (CK12 Sections 23.9, 23.10, 23.11)
Day 1: Redox Reactions & Oxidation Numbers (Ox # Lecture Video & Redox Rxns Lecture Video); Skeleton Notes; Homework Problems w/ Answers
Days 3 & 4: Volatic (Galvanic) Cells Skeleton Notes; Homework Problems w/ Answers
Day 5: Batteries POGIL
Day 6: Electrochemical Cells Lab
Day 7: Electrolytic Cells Skeleton Notes; The Busy Electron Video; Homework w/ Answers
Resources:
Day 1: More Ox # Practice Problems; Ox # Practice w Rules; Redox Rxns Practice: Redox Rxns Worksheet and ANSWER KEY; Additional Redox Reactions Practice Worksheet and Answers (pgs. 1-3, only); Tyler DeWitt Explains Assigning Oxidation Numbers; Tyler DeWitt Explains Redox Reactions
Days 3 & 4: Voltaic Cells Worksheet; Galvanic Cells Worksheet and Answers;
Day 8: Unit Review Answer Key