Question: ENGR 3703 Homework #2 2. Write a python program that will calculate the function e'. Make sure your program meets the following requirements: 1. The

ENGR 3703 Homework #2 2. Write a python program that will calculate the function e'. Make sure your program meets the following requirements: 1. The value of x can be specified and changed in the code (or as user input). 2. The value of x. can be specified and changed in the code (or as user input) 3. Your program should continue to calculate the Taylor series until e s106 Demonstrate your program works correctly by running it for the following case: Xo- 0.0,x 4.0 3. Use your program from #2 to use base points. X0-0.0, 0.5, 1.5, 2.0, 2.5, 3.0, 3.5 and x 4.0 to determine the number of terms, Ne, required to get an answer that has e-10-10 I. Make a graph of Ne versus h (Note h-X-%) For all problems upload your python code and the results of running your code. Note a screenshot showing the results is sufficient for showing the results. wwWVI- Please compile this all into one document and make it into a single pdf before uploading... We are expecting a single file with your work and will grade accordingly, ENGR 3703 Homework #2 2. Write a python program that will calculate the function e'. Make sure your program meets the following requirements: 1. The value of x can be specified and changed in the code (or as user input). 2. The value of x. can be specified and changed in the code (or as user input) 3. Your program should continue to calculate the Taylor series until e s106 Demonstrate your program works correctly by running it for the following case: Xo- 0.0,x 4.0 3. Use your program from #2 to use base points. X0-0.0, 0.5, 1.5, 2.0, 2.5, 3.0, 3.5 and x 4.0 to determine the number of terms, Ne, required to get an answer that has e-10-10 I. Make a graph of Ne versus h (Note h-X-%) For all problems upload your python code and the results of running your code. Note a screenshot showing the results is sufficient for showing the results. wwWVI- Please compile this all into one document and make it into a single pdf before uploading... We are expecting a single file with your work and will grade accordingly
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