13. A company designs custom prints for promotional beach balls. This table shows the surface areas of different balls. Diameter 15 30 45 60 75 (cm) Surface 707 2 827 6 362 11 310 17 671 Area (cm?) a) Without creating a scatter plot of the data, describe any trends. b) Calculate the 1st and 2nd differences to determine whether the relation is linear or quadratic. c) Assuming the relation is quadratic, give detailed instructions on how you would determine the parabola of best fit.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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13. A company designs custom prints for promotional beach balls. This table
shows the surface areas of different balls.
Diameter
15
30
45
60
75
(cm)
Surface
707
2 827
6 362
11 310
17 671
Area (cm?)
a) Without creating a scatter plot of the data, describe any trends.
b) Calculate the 1st and 2nd differences to determine whether the relation is
linear or quadratic.
c) Assuming the relation is quadratic, give detailed instructions on how you
would determine the parabola of best fit.
Transcribed Image Text:13. A company designs custom prints for promotional beach balls. This table shows the surface areas of different balls. Diameter 15 30 45 60 75 (cm) Surface 707 2 827 6 362 11 310 17 671 Area (cm?) a) Without creating a scatter plot of the data, describe any trends. b) Calculate the 1st and 2nd differences to determine whether the relation is linear or quadratic. c) Assuming the relation is quadratic, give detailed instructions on how you would determine the parabola of best fit.
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