Question: Please give the solution in language pythonThanks Compute an approximation to I = S sinc(t)dt, where sinc(2) = sin(2) x=0 x=0 You can either do
Compute an approximation to I = S sinc(t)dt, where sinc(2) = sin(2) x=0 x=0 You can either do this by using the code for the rectangle rule from our weekly notebooks, or by importing a command from one of the modules included with Anaconda - try searching the online documentation for numpy and scipy Then, on the same axes, plot partial_sum(x, 100), square_wave(x), and the lines y = for -0.2
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