(2) Draw a histogram with the bin size of 10 (bins: 70 < Ax 80, 80...

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(2) Draw a histogram with the bin size of 10 (bins: 70 < Ax 80, 80 < Ax 90, ... ... ) and fit the histogram with a normal distribution function (or normal Gaussian function) as follows and find the fit parameters of and (You need to show the fitted curve overlapping with the histogram). 1 = f(x) = 12 -(x-) 20 e for -0 < x < 00 (3) Draw a box plot and determine outliers. (2) Draw a histogram with the bin size of 10 (bins: 70 < Ax 80, 80 < Ax 90, ... ... ) and fit the histogram with a normal distribution function (or normal Gaussian function) as follows and find the fit parameters of and (You need to show the fitted curve overlapping with the histogram). 1 = f(x) = 12 -(x-) 20 e for -0 < x < 00 (3) Draw a box plot and determine outliers.

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2 Histogram and Fitting a Normal Distribution To create a histogram you would need the actual data values for the variable you are analyzing In this c... View the full answer