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solve it i need it right now please 8. Now let's look at planets around another star, Kepler-11. This table already has the acceleration of

solve it i need it right now please

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8. Now let's look at planets around another star, Kepler-11. This table already has the acceleration of each planet calculated for you. Make a graph using the same linearization you did with Kepler-186 and find the line of best fit. Planet Orbital Radius Orbital Period Acceleration Column Name m/s? units variable E Kepler-11 b 1.367344e+10 8.90257e+5 0.680 Kepler-11 c 1.599224e+10 1.125282e+6 0.498 . Kepler-11 d 2.315808e+10 1.959941e+6 0.238 Kepler-11 e 2.912712e+10 2.764765e+6 0.150 Kepler-11 f 3.745984e+10 4.033912e+6 0.0908 NO Kepler-11 g 6.965376e+10 1.0228092e+7 0.0263

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