Growth data of a sunflower plant is given in the following table: Week 5 7 9 | 11 1 Height (cm) 3 13 22 51 127 202 227 248 252 (a) Curve-fit the data with a third-order polynomial. Use the polynomial to estimate the height in week 6. (b) Fit the data with linear and spline interpolations and use each interpola- tion to estimate the height in week 6. In each part make a plot of the data points (circle markers) and the fitted curve or the interpolated curves. Note that part (b) has two interpolation curves.
Growth data of a sunflower plant is given in the following table: Week 5 7 9 | 11 1 Height (cm) 3 13 22 51 127 202 227 248 252 (a) Curve-fit the data with a third-order polynomial. Use the polynomial to estimate the height in week 6. (b) Fit the data with linear and spline interpolations and use each interpola- tion to estimate the height in week 6. In each part make a plot of the data points (circle markers) and the fitted curve or the interpolated curves. Note that part (b) has two interpolation curves.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Growth data of a sunflower plant is given in the following table:
Week
3
5 7 9 | 11
13
1
Height (cm)
22
127
202 227
248
252
51
(a) Curve-fit the data with a third-order polynomial. Use the polynomial to
estimate the height in week 6.
(b) Fit the data with linear and spline interpolations and use each interpola-
tion to estimate the height in week 6.
In each part make a plot of the data points (circle markers) and the fitted curve
or the interpolated curves. Note that part (b) has two interpolation curves.
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