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homework_fall_2018 [2018/10/12 17:23]
gerry |
homework_fall_2018 [2019/02/01 10:35] (current)
lemmy |
| | ====== Winter 2019 Homework ====== |
| | |
| | ==== Assignments ==== |
| | |
| | - {{hw:me120_ps01.pdf|Homework 1}} |
| | - {{hw:me120_ps02_fall2018.pdf|Homework 2}}, and data {{hw:weather_data_2018-10-01.csv|weather_data_2018-10-01.csv}} |
| | - {{hw:me120_ps03.pdf|Homework 3}} |
| | - {{hw:me120_ps04_winter2019.pdf|Homework 4}} |
| | - {{hw:me120_ps05_winter2019.pdf|Homework 5}} |
| | - {{hw:me120_ps06_winter2019.pdf|Homework 6}}, {{hw:sample_pump_data.xlsx|sample pump data}} and {{hw:template_pump_data_reduction.xlsx|template for pump data reduction}} |
| | |
| ==== Formats for Solutions ==== | ==== Formats for Solutions ==== |
| |
| The {{hw:engineering_solution_format.pdf|engineering solution format}} is appropriate for problems that are more open-ended or that have multiple steps. The engineering solution format is a structured way of first setting up, and then solving a practical problem. Often these problems require you to find additional background information. As with the kind of problem-solving used in engineering practice (i.e. after you finish your degree and are working as an engineer), the kinds of problems suitable for the engineering solution format will require you to work test out ideas or analysis on scrap paper. The final version of the solution should be neatly copied onto engineering paper. | The {{hw:engineering_solution_format.pdf|engineering solution format}} is appropriate for problems that are more open-ended or that have multiple steps. The engineering solution format is a structured way of first setting up, and then solving a practical problem. Often these problems require you to find additional background information. As with the kind of problem-solving used in engineering practice (i.e. after you finish your degree and are working as an engineer), the kinds of problems suitable for the engineering solution format will require you to work test out ideas or analysis on scrap paper. The final version of the solution should be neatly copied onto engineering paper. |
| |
| | ==== Screencasts for Homework ==== |
| |
| http://me120.mme.pdx.edu/lib/exe/fetch.php?media=hw:direct_solution_format.pdf | The following screencasts are intended to help you complete homework assignments |
| http://me120.mme.pdx.edu/lib/exe/fetch.php?media=hw:engineering_solution_format.pdf | |
| |
| | * Including Arduino code in a MS Word document, (YouTube, 8.5 minutes) |
| ==== Assignments ==== | * {{https://youtu.be/0STGr1RlSqQ| Windows 10 Version}}, or |
| | * {{https://youtu.be/dsi4od_9460|Macintosh OS Version}} |
| - {{hw:me120_ps01.pdf|Homework 1}} | * Working with Excel |
| - {{hw:me120_ps02_fall2018.pdf|Homework 2}}, and data {{hw:weather_data_2018-10-01.csv|weather_data_2018-10-01.csv}} | * {{https://youtu.be/1k5KY24dCLA|Plotting weather data with Excel}} (YouTube, 10.5 minutes) |
| - {{hw:me120_ps03.pdf|Homework 3}} | * {{https://youtu.be/USi72MCA38g|Set up a table and plot data with Excel}} (YouTube, 17 minutes), analysis of a DC Circuit with one variable resistor. |
| | * {{https://youtu.be/TiTd1oVj2gA|Creating a polynomial curve fit with Excel}} (YouTube, 4.5 minutes) |
