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Question #1: What observations can you make about the orbit of Mars from the data in Table 5.1? What would you say about the shape of the orbit of Mars? Is it round? Circular? Something else?
Question #2: What observations can you make about the orbit of Earth from the data in Table 5.2? What would you say about the shape of the orbit of Earth? Is it round? Circular? Something else?
Question #3: How would you verify or refute whether the orbits (Mars and Earth, for examples) were circular or elliptical?
Question #4: Do your observations of Earth’s orbit match the observations that you made about Mars’
orbit? Is this enough to generalize about the orbits of any/all planets in our solar system?
Question #5: Take a look at the data in Table 5.3. What observations about Earth and Mars can you make with this data? What can you know, find, or calculate about their orbits from the presented data besides just the shapes of their orbits?
Question #6: Do you see how you could find not only the orbital position but also the orbital speed from the data presented in Table 5.3? How? What data would you use to find the orbital speed? What calculation would you need to do? What would be your resulting units of measure for orbital speed (in this case)?
Question #7: What is Kepler’s Second Law of Planetary Motion? What does it tell us about how orbital
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