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1) Describe the correlation for each set of data ? 2) Was the linear model appropriate? 3) Knowing that g on Jupiter is 2.6 larger than on Earth and that g on the Moon is 1.6 times smaller than on Earth, based on James's results state if you expect Planet X to be more or less massive compared with Earth ? 4) Why does the angle in simple pendulum need to be kept small

1) Describe the correlation for each set of data ? 2) Was the linear model appropriate? 3) Knowing that g on Jupiter is 2.6 larger than on Earth and that g on the Moon is 1.6 times smaller than on Earth, based on James's results state if you expect Planet X to be more or less massive compared with Earth ? 4) Why does the angle in simple pendulum need to be kept small

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1) Describe the correlation for each set of data ? 2) Was the linear model appropriate? 3) Knowing that g on Jupiter is 2.6 larger than on Earth and that g on the Moon is 1.6 times smaller than on Earth, based on James's results state if you expect Planet X to be more or less massive compared with Earth ? 4) Why does the angle in simple pendulum need to be kept small
Transcribed Image Text:1) Describe the correlation for each set of data ? 2) Was the linear model appropriate? 3) Knowing that g on Jupiter is 2.6 larger than on Earth and that g on the Moon is 1.6 times smaller than on Earth, based on James's results state if you expect Planet X to be more or less massive compared with Earth ? 4) Why does the angle in simple pendulum need to be kept small
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