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  • 13.4E: Exercises
    https://math.libretexts.org/Courses/Coastline_College/Math_C045%3A_Beginning_and_Intermediate_Algebra_(Tran)/13%3A_Conics/13.04%3A_Ellipses/13.4E%3A_Exercises
    In the following exercises, find the equation of the ellipse shown in the graph. The closest the planet gets to the sun is approximately 10 AU and the furthest is approximately 30 AU. The clos...In the following exercises, find the equation of the ellipse shown in the graph. The closest the planet gets to the sun is approximately 10 AU and the furthest is approximately 30 AU. The closest the planet gets to the sun is approximately 10 AU and the furthest is approximately 70 AU. Letting the ellipse center at the origin and labeling the axes in AU, the orbit will look like the figure below.
  • 22.4E: Exercises
    https://math.libretexts.org/Courses/Las_Positas_College/Foundational_Mathematics/22%3A_Conics/22.04%3A_Ellipses/22.4E%3A_Exercises
    In the following exercises, find the equation of the ellipse shown in the graph. The closest the planet gets to the sun is approximately 10 AU and the furthest is approximately 30 AU. The clos...In the following exercises, find the equation of the ellipse shown in the graph. The closest the planet gets to the sun is approximately 10 AU and the furthest is approximately 30 AU. The closest the planet gets to the sun is approximately 10 AU and the furthest is approximately 70 AU. Letting the ellipse center at the origin and labeling the axes in AU, the orbit will look like the figure below.

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