As Jay$$s wealth grows he has taken interest in the more finer things in life.$$ Wine is one of them.$$ He enjoys drinking wine so much that he has decided to buy a vineyard.$$ He currently is looking at different vineyards that are for sale and will decide to purchase one.$$

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To decide which vineyard to purchase we need to know the price, size and quality of the wine that it produces.$$ The size and price are easy to figure out.$$ Quality is another story.$$ Figuring out the quality of wine is not easy.$$

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Here is what we are going to do$.$ We have a wine data set.$$ In the data set we know $11$ attributes about almost $5,000$ wines.$$ These are easy to measure, like pH level.$$ There is a simple test for that.$$ The people that made the data set hired experience wine judges to judge each wine.$$ Their quality score $($from $0$ to $10)$ is in column $12.$

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$1.$ Fixed acidity

$2.$ Volatile acidity

$3.$ Citric acid

$4.$ Residual sugar

$5.$ Chlorides

$6.$ Free sulfur dioxide

$7.$ Total sulfur dioxide

$8.$ Density

$9.$ pH

$10.$ Sulphates

$11.$ Alcohol

$12.$ Quality $$ this is the value that we are trying to predict.

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Before we try to create a wine classification solution, we see a problem with the data.$$ The values are very different ranges and scales.$$ For example Chlorides is normally less than $0\mathrm{.}05,$ while Total sulfur dioxide is normally over $100.$

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You and Bill decided that you need some pre$-$processing of the data.$$ For each column you would like the minimum value to scale to $0$ and the maximum value scale to $1.$ For example, let$$s say that the values in a column of data are $[0,2,3,4,5,10].0$ is the smallest, that stays $0.10$ is the largest, that becomes $1.$ Your scaled data would be $[0,\mathrm{.}2,\mathrm{.}3,\mathrm{.}4,\mathrm{.}5,1\mathrm{.}0].$

Instructions

Create a Python program to load the wine quality data file.$$ Scale all of the columns to be scaled values between $0$ and $1.$ Then print a few lines of the original data, followed by the scaled data.$$ You must use Scikit Learn; you cannot just hand write a bunch of Python code to do it$.$