Question: 10.1 PARTICIPATION: Function plotter This PARTICIPATION zyLab should be treated like a reading chapter In the other parts of the zyook. Solutions are available to

 10.1 PARTICIPATION: Function plotter This "PARTICIPATION" zyLab should be treated likea reading chapter In the other parts of the zyook. Solutions areavailable to you. You are supposed to look at solutions. You shouldtry to solve the zyLab by yourself but when you have tried,look at the solution and you can copy and paste the solutions
you get the points for reading the existing code and learning fromit. You are not cheating when you copy and paste the solutionthat is shown to you into your submission. I expect you toget all points on the PARTICIPATION zyLabs. In this lesson you willplota function, namely a Gaussian {or "hell curve"). Make use of numpy

10.1 PARTICIPATION: Function plotter This "PARTICIPATION" zyLab should be treated like a reading chapter In the other parts of the zyook. Solutions are available to you. You are supposed to look at solutions. You should try to solve the zyLab by yourself but when you have tried, look at the solution and you can copy and paste the solutions you get the points for reading the existing code and learning from it. You are not cheating when you copy and paste the solution that is shown to you into your submission. I expect you to get all points on the PARTICIPATION zyLabs. In this lesson you will plota function, namely a Gaussian {or "hell curve"). Make use of numpy and m_atplotlib_ All plotting starts with importing the gym functionality of matplotlib: import matplotlib.pyplot as plt and import numpy with import numpy as up Gaussian Plot the Gaussian "bell curve" with mean 0 and standard deviation 1 go: peae) overthe range 5 S :1: S 5wlth101 regularly spaced intervals. 0.40 0.35 0.30 0.25 > 0.20 0.15 0.10 0.05 0.00 -4 -2 2 x O 487524.3377816.qx3zqy7over the range -5 0.20 0.15 0.10 0.05 0.00 -4 -20.40 0.35 0.30 0.25 > 0.20 0.15 0.10 0.05 0.00 -4 -2 N 4

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