3.Write complete chemical equation for the red-ox process occurring in magnesium-iron galvanic cell. 4.Write oxidation and reduction half-cell reactions for each electrode using proper chemical notation. 5.Based on the half-cell reaction what happens to each of the electrodes in-terms of their mass? 6.Use proper electrochemical cell notation for magnesium-iron galvanic cell. 7.Using 5-10 sentences. Discuss the direction of the electron flow in the magnesium-iron voltaic cell. 8.Using Table 19.1 from p. 652 of your textbook calculate cell potential of your cell applying second method. Notes This section should include notes about any observations or data collected during the lab. Report Requirements This section contains key information that must be included in your typed report. 1.Define the problem in a manner that is clear and insightful. 1.Identify the strategies and procedures used during the lab. 2.Clear hypothesis statement and other potential solutions that identify any relevant contextual factors (i.e. real-world costs). 3.Clear presentation of data including any tables or other figures that are relevant to understanding your stated conclusions at the end of the report. Include any relevant calculations performed during the lab. 4.Clearly stated results and discussion of possible improvements to the procedure. 5.Conclusive statements arguing in favor of your findings. Note: All reports will be graded using the rubric embedded within the course. Here are some questions to consider as you write your report: 1.Does my problem statement make sense? 1.Have I summarized my strategies/procedures well enough to be replicated by an outsider? 2.Did I have a valid hypothesis at the start of the lab? Have I expressed this in my report? 3.Do my tables and/or graphs make sense? 4.Are my conclusions valid based on my supplied data? 5.Did I thoroughly summarize my laboratory experience in a concise, factual way such that the reader can understand my processes and findings in the conclusion section alone?
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