In astronomy- it is important to look for trends in your data- Based o.pdf
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In astronomy, it is important to look for trends in your data. Based on the average latitude and rotation period of each sunspot, what is the trend for rotation period as it relates to latitude? Sunspots have a shorter rotation period near the equator (at low latitudes), and a longer rotation period near the poles (at high latitudes). Sunspots have a longer rotation period near the equator (at low latitudes), and a shorter rotation period near the poles (at high latitudes). There is no correlation between latitude and rotation rate for sunspots; they are all random. There is no correlation between latitude and rotation rate for sunspots; they are all the same. QUESTION 31 In astronomy, it is important to look for trends in your data. Based on the average latitudes and rotation rate of each sunspot, what is the trend for rotation rate as it relates to latitude? Sunspots rotate faster near the equator (at low latitudes) , and slower near the poles (at high latitudes). Sunspots rotate slower near the equator (at low latitudes), and faster near the poles (at high latitudes). There is no correlation between rotation rate and latitude; they are all random. There is no correlation between rotation rate and latitude; they are all the same..
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