$(2$ pts$)$

In the python notebook file python$\_$play.ipynb, consider the code in the following cell:fig, axes $=$ plt$.$subplots$(2,5,$ figsize$=(10,5))$

for i$,$ ax in enumerate$($axes$.$flat$)$:ax$.$set$\_$title$($f$"$Label: $\{$y$[$i$]\}")$

plt$.$tight$\_$layout$()$

plt$.$show$()$This code basically plotted the images from the first $10$ handwritten digits of the MNIST dataset.

That is$,$ if we define each of the $70,000$ rows in the dataset by the column $x($indicating the image

itself$)$ and the column y$($indicating the label for that image$)$ then basically this code above serves

to show us the following pair of image$/$labels: $($X$[0],$y$[0]),($X$[1],$y$[1]),($X$[2],$y$[2]),($X$[3],$y$[3]),$

$($X$[4],$y$[4]),($X$[5],$y$[5]),($X$[6],$y$[6]),($X$[7],$y$[7]),($X$[8],$y$[8]),($X$[9],$y$[9]).$

Your task is to now modify this code cell such that the output will now show only the following

pair of image$/$labels from the dataset: $($X$[69999],$y$[69999]),($X$[69998],$y$[69998]).$

Your modified code must have the minimum number of alterations!