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Scribbled notes enter image description here enter image description here enter image description here enter image description here cosinus distributed over tangent tangens plane cosinus distributed over tangent tangens plane

from math import pi, tan, cos
from matplotlib import pyplot

x_tan = [] y_0 = [] y_cos = []

bound = pi/2 sieve = 1000 for column in range(sieve): x_tan.append(tan(boundcolumn/sieve)) y_cos.append(cos(boundcolumn/sieve)) y_0.append(0)

pyplot.plot(x_tan, y_0)#Graph pyplot.plot(x_tan, y_cos)#Graph pyplot.show()#Graph

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  • It would be best if you could but clarify your question. I am not really sure what you are even asking for. 2. Guessing it’s about application of trig functions to economics that is problematic- in economics there are almost no regular cycles/waves that would require modeling with trig function - fun fact most mathematics for economics books will not even cover trig functions and rather spend more time on optimization
  • – 1muflon1 Dec 23 '20 at 12:07