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Solar Power for Mars. Design a solar panel setup for a greenhouse on Mars . Day 1. Bell Ringer. On a note card write an answer for these two questions: What is technology? What kinds of technology can you use to gather information? . Our Engineering Challenge.
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Solar Power for Mars Design a solar panel setup for a greenhouse on Mars Day 1
Bell Ringer On a note card write an answer for these two questions: • What is technology? • What kinds of technology can you use to gather information?
Our Engineering Challenge • Design a method to maximize the amount of solar energy for powering a greenhouse on Mars.
Curiosity landing • Show this 2 minute NASA video of the If the video does not play when you click on it, copy and paste the link below into the browser. http://www.jpl.nasa.gov/video/index.php?id=1103
Solar Cells A solar panel consists of many solar cells.
Testing Materials multimeter Solar cell
Instructions • Measure the power generated from the solar panel at 10 angle intervals. • Record this information on the Data Collection Sheet. • When you collect the needed data, graph the results on the Data Sheet. • Keep the flashlight in the same position throughout the testing.
Data Collection Chart Record your measurements next to the angles as you measure them.
Solar Power for Mars Design a solar panel setup for a greenhouse on Mars Day 2
Bell Ringer Before class begins, get a notecard and answer these two questions about your research in lesson 1: • What angles generated the most solar energy? • Why do we need to know this to design our solar panel?
Marketing Plan • Develop a marketing plan for convincing the of the class that your solar panel is the best. • Decide on your selling points. • Prepare a brief (2-3 minute) presentation. • Make your presentation short and to the point.