Question: using python code Write a script that allows you to obtain 104 random variables (r.v.) exponentially distributed with parameter 1 (e.g., 1 = 0.5), using

 using python code Write a script that allows you to obtain
104 random variables (r.v.) exponentially distributed with parameter 1 (e.g., 1 =
0.5), using a generator of uniformly distributed r.v. (e.g., "numpy.random.uniform'). You are
not allowed to use a function that directly generates exponentially distributed r.v.
(e.g., numpy.random.exponential). You answer must include: O Your code. Graphical evidence showing
using python code

Write a script that allows you to obtain 104 random variables (r.v.) exponentially distributed with parameter 1 (e.g., 1 = 0.5), using a generator of uniformly distributed r.v. (e.g., "numpy.random.uniform'). You are not allowed to use a function that directly generates exponentially distributed r.v. (e.g., numpy.random.exponential). You answer must include: O Your code. Graphical evidence showing that your otput r.v. are exponentially distributed. What quantitative evidence can you provide to support that your results are correct? Write a script to verify numerically the central limit theorem (CLT) when you add exponentially distributed r.v. You answer must include: Your code. I Graphical evidence showing that your output r.v. follow a Gaussian Distribution What quantitative evidence can you provide to support that your results are correct? Write a script to verify numerically that the interarrival times for a Poisson process are exponentially distributed. You answer must include: Your code. Graphical evidence showing that your output r.v. follow an exponential distribution What quantitative evidence can you provide to support that your results are correct? Write a script to verify numerically that a proportionate growth model yields a distribution of object sizes, which is log-normally distributed. You answer must include: Your code. Graphical evidence showing that your olitput r.v. follow a log-normal distribution. What quantitative evidence can you provide to support that your results are correct? Write a script to verify numerically that the first return time distribution for a discrete random walk is a power-law. You answer must include: Your code. Graphical evidence showing that your output r.v. follow a power-law distribution. What quantitative evidence can you provide to support that your results are correct

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