Tasks: This exercise asks you to collect, organize, analyze, and evaluate data you collected in the lab. You will type a lab report that includes the following:  Title page Objective Introduction Give the logic of the experiment. Be sure to define key terms and all applied experimental equations (e.g. calorimetry, calorimeter, enthalpy of formation, heat capacity of calorimeter, heat, balanced chemical equations, Hess’ law, and percent error.). Procedure Reference If there are any changes to the published procedure be sure to note them here. Results and Calculations section Table summarizing Your major experimental data (e.g. heat capacity of calorimeter, experimental heat of formation for Mg2+ & MgO, actual heat of formation for Mg2+ & MgO, and percent error) Be sure to include the PDF with the data that you were provided when you turn in your report.  Graphs Since data was given to you, you can use the graphs that were provided.  You do not need to make graphs.  Just paste them into the appropriate section of the report. One sample calculation of each type. Discussion We did not record the boiling and freezing point of water experimentally. But issues with these measurements could possibly be something that would cause error in this experiment.  Perhaps something related to this would provide one of your sources of error? State the heat of formation for MgO and describe any errors that may have led to an incorrect value of either the heat of formation (Mg2+ or MgO) or the calorimeter constant. Conclusion Reiterate the major experimental data. The completed Excel file

The goal of this assignment is to find examples of the practical application of the evolutionary principles we have been studying in class. There is a nice synthesis of the basic evolutionary processes we have covered in a review paper by Andrew Hendry and colleagues. This paper, “Evolutionary Principles and their Practical Application” is a good jumping off point for finding a paper(s) that demonstrate the relevance of the concepts in evolutionary biology to real world challenges.Identify an area where evolutionary thinking is relevant to human or environmental health and well-being. There are many possibilities ranging from understanding the dynamics of infectious pathogens to multi-drug resistance in bacteria. Cancer Biology and research on human genetic disorders have benefited from an evolutionary perspective. Evolutionary principles are useful in trying to understand the consequences of environmental change which may have a large impact on the health and function of natural communities and the species in them. There are also many applications in agriculture, harvesting and pharmaceutical development. The list is long and not limited to the areas mentioned above!Conduct a literature search to identify at least ONE original paper that illustrates the practical application of the concepts we discussed in class. The paper(s) you chose should be data papers not reviews, and they should be published within the last 10 years.In your paper cover the following points and questions:Summarize the area of practical concern where understanding evolutionary processes and principles can have a large impact.Explain the relevance of the paper(s) you chose to this area.How do these studies help us resolve a pressing issue in human or environmental health?What future research do you think should be done to further advance our understanding in this area?Guidelines: Length: Two-page limit.Submission: Submit your paper electronically via email.Include appropriate in text citations to papers (e.g., Hendry et al. 2011) and a reference list at the end in this format:Hendry, A. P., M. T. Kinnison, M. Heino, T. Day, T. B. Smith, G. Fitt, C. T. Bergstrom, J. Okeshott, P. S. Jorgensen, M. P. Zalucki, G. Gilchrist, S. Southerton, A. Sih, S. Strauss, R. F. Denison, S. P. Carroll. 2011. Evolutionary principles their practical application. Evolutionary Applications 4:159-183.