[1] In Calculus, it can be proven that Write a MATLAB script that approximates this infinite...

 

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[1] In Calculus, it can be proven that Write a MATLAB script that approximates this infinite series by a finite such that the absolute error falls below a certain tolerance entered by the user. For example, the user asks to ensure that the & should be below 0.1 percent, then your code will ensure that there is enough terms in the series to have + below than what the user specified. The script should also: (a) Plot vs. the number of terms. Make sure to use a log-scale on the y-axis and add labels to all axes. (b) Report the number of terms needed to satisfy the tolerance given by the user using disp [1] In Calculus, it can be proven that Write a MATLAB script that approximates this infinite series by a finite such that the absolute error falls below a certain tolerance entered by the user. For example, the user asks to ensure that the & should be below 0.1 percent, then your code will ensure that there is enough terms in the series to have + below than what the user specified. The script should also: (a) Plot vs. the number of terms. Make sure to use a log-scale on the y-axis and add labels to all axes. (b) Report the number of terms needed to satisfy the tolerance given by the user using disp