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(10%) Problem 10: The figure illustrates the drop in a star's apparent brightness over time as an exoplanet transits (a light curve). The size of
(10%) Problem 10: The figure illustrates the drop in a star's apparent brightness over time as an exoplanet transits (a "light curve"). The size of the planet is not shown to scale. Suppose the 3 Star planet had a smaller orbital semimajor axis but the same mass and radius. How would the light -.............. curve look different? Planet Brightness Time Please select from the following. The drop would be narrower but basically the same depth Grade Summary Deductions 0% The drop would be shaped differently but basically the same depth and width Potential 100% The drop would be deeper but basically the same width The drop would be identical to that shown in the figure (no difference) Submissions The drop would be wider but basically the same depth Attempts remaining: (20% per attempt) The drop would be shallower but basically the same width detailed view
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