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The function e can be approximated by its McLaurin series expansiou as follows (note the alternating and -): 2 2! 3! rT 7l Alternatively, note
The function e can be approximated by its McLaurin series expansiou as follows (note the alternating and -): 2 2! 3! rT 7l Alternatively, note that e* . Thus, e McLaurin series expansion of e. That is can also be apporximated by 1 over the degree of the polynomial not the number of terms. So here you use 2 terms, then 3 terms,. and finally 8 terms. Compare each approximation to the true value of e2.50.082084998. using the true relative error. What conclusions can you make about the two approaches
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