Question: The data below represents the results of a simulation a 1kg mass attached to two ideal springs in the presence of gravity (g = 9.8

The data below represents the results of a simulation a 1kg mass attached to two ideal springs in the presence of gravity (g = 9.8 m/s) and atmosphere. The first column of the matrix represents the x-location of the mass and the second column represents the y-location. Each row of the matrix represents the position of the mass at a particular time, where measurements are taken every 0.2 seconds for a total of 10 seconds. data 512 Matrix{Float64}: 0.25 1.0 0.437747 0.682967 0.552829 -0.0460413 0.577587 -0.841117 0.534314 -1.50408 0.449681 -1.95172 0.346577 -2.15179 0.283551 -1.2047 0.316922 -1.15042 0.3542 -1.14277 0.384657 -1.18264 0.399403 -1.257 0.394624 -1.34251

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