Question: 1.5 The errors generally get smaller as Ar gets smaller for a Taylor series. What is the expected mathematical relationship betweeen the rms error and

 1.5 The errors generally get smaller as Ar gets smaller fora Taylor series. What is the expected mathematical relationship betweeen the rms

1.5 The errors generally get smaller as Ar gets smaller for a Taylor series. What is the expected mathematical relationship betweeen the rms error and N? Do the results of your program match this? Note that this is a poor (low order) approximation. For extra credit you can suggest a more accurate expression. The accuracy of any expression can be calculated using Taylor series expansions of the function about a point. 1.10 Mathematically, do you expect the rms error to change with N? Do the results of your program match this? Note: It is sufficient to submit only the final version of the program with all the modifications in your pdf. Please take a screenshot of your plots and include that in your pdf hand-in. Note that you must also have working code on phys-ugrad as always

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