[FULL PDF] [FREE SAMPLE]
Balancing redox reactions by oxidation-number method, half-reaction methods, acidic solution, basic solution, disproportionation, mixed challenge reactions
Oxidation numbers, reducing and oxidizing agents, balancing redox reactions, redox stoichiometry
Anode and cathode identification, cell notation and overall cell reactions, standard reduction potentials and E°cell, electron flow and salt bridge ion movement, ΔG°, K, and Nernst equation calculations, concentration cells and multi-step reasoning
Charge, current and time using Q = I·t, moles of electrons and Faraday's constant, electroplating mass, time and current calculations, gas production during electrolysis, current efficiency and percent yield of electrolysis, linked electrolytic cells in series, coating thickness
Faraday's law, charge-current-time calculations, molten salt electrolysis, aqueous electrolysis product prediction, gas volumes at SATP, electroplating mass and thickness, current efficiency, concentration changes, cells in series, electrorefining, integrated industrial-style problems
Oxidation numbers, redox half-reactions, balancing redox equations, galvanic cells, standard and non-standard cell potentials, electrolysis, Faraday's law, custom redox tables
[FULL PDF]
Package includes 300 problems in total with Answers and Detailed Solutions in 5 PDF files listed above
