1. Provide real-life data points (at least 30 samples) from any source (e.g. height vs. shoe size). Curve fit these data using various degree of polynomial until it result to the best fit curve. Compare the results for each degree. 2. Create a program that plots a curve of a given data points in different degree.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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write a code computing the following using OCTAVE GNU 

1. Provide real-life data points (at least 30 samples) from any source (e.g. height vs.
shoe size). Curve fit these data using various degree of polynomial until it result
to the best fit curve. Compare the results for each degree.
2. Create a program that plots a curve of a given data points in different degree.
Transcribed Image Text:1. Provide real-life data points (at least 30 samples) from any source (e.g. height vs. shoe size). Curve fit these data using various degree of polynomial until it result to the best fit curve. Compare the results for each degree. 2. Create a program that plots a curve of a given data points in different degree.
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