Taylor Exponential) The mh partial sum of the Taylor expansion for e" is given by n this problem you will produce a single plot on the interval (a, b] with spacing given »y ª of the partial sums for m = 0,1, 2, 3, 1. Note: The Gradescope autograder won't grade this question. caylor_plot Function: Input variables: • a scalar representing a • a scalar representing b • an integer scalar n representing that we wish to use a spacing between our a points of Plots produced: • produce a single plot of all the desired partial sums (choose a different color for cach curve) Output variables: • a vector representing the y values plotted for the final partial sum 1 possible sample case is: -> y = taylor_plot(-1, 1, 5) 0.37500 0.54940 0.81873 1.22140 1.82140 2.70833 0.5

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make a code 

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please dont uses if or return keep it basic 

(Taylor Exponential) The mth partial sum of the Taylor expansion for e" is given by
m k
k!
In this problem you will produce a single plot on the interval [a, b] with spacing given
by of the partial sums for m = 0, 1, 2, 3, 4.
Note: The Gradcescope autograder won't grade this question.
taylor_plot Function:
Input variables:
• a scalar representing a
• a scalar representing b
• an integer scalar n representing that we wish to use a spacing between
our z points of _a
Plots produced:
• produce a single plot of all the desired partial sums (choose a different
color for cach curve)
Output variables:
• a vector representing the y values plotted for the final partial sum
A possible sample case is:
» y = taylor_plot(-1, 1, 5)
y =
0.37500
0.54940
0.81873
1.22140
1.82140
2.70833
25
2
15
0.5
05
0.5
Transcribed Image Text:(Taylor Exponential) The mth partial sum of the Taylor expansion for e" is given by m k k! In this problem you will produce a single plot on the interval [a, b] with spacing given by of the partial sums for m = 0, 1, 2, 3, 4. Note: The Gradcescope autograder won't grade this question. taylor_plot Function: Input variables: • a scalar representing a • a scalar representing b • an integer scalar n representing that we wish to use a spacing between our z points of _a Plots produced: • produce a single plot of all the desired partial sums (choose a different color for cach curve) Output variables: • a vector representing the y values plotted for the final partial sum A possible sample case is: » y = taylor_plot(-1, 1, 5) y = 0.37500 0.54940 0.81873 1.22140 1.82140 2.70833 25 2 15 0.5 05 0.5
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