$(2\mathrm{.}7)$ Bonus question

$($not graded$)$

The result of the previous question is a $8-$digit number #${?}_1$#${?}_2$#${?}_3$#${?}_4$#${?}_5$#${?}_6$#${?}_7$#${?}_8$

which can be reinterpreted as a date, i$.$e$.$ #${?}_1\frac{\text{\#}{?}_2}{\text{\#}{?}_3}\frac{\text{\#}{?}_4}{\text{\#}{?}_5}$#${?}_6$#${?}_7$#${?}_8.$ Let's

talk about it in this part.

For international students, I suggest that you google this date: it

leads to a Wikipedia page with English as a language option. It would

be good for you to know a little bit about the country that you are

currently residing, so I suggest that you check out that Wikipedia page!

I expect that all non$-$international students are already aware of

this date and $($hopefully$)$ are celebrating it$!$ Enjoy being in a part of the

modern world!

In these non$-$graded questions, we usually introduce some Mathe$-$

matica code to solve some problems; let us do something similar in this

homework. You may explicitly check that the following code finds out

which day of the week #${?}_1\frac{\text{\#}{?}_2}{\text{\#}{?}_3}\frac{\text{\#}{?}_4}{\text{\#}{?}_5}$#${?}_6$#${?}_7$#${?}_8$ was:

Date$0$bject$[fyear,$ month, day$\},$ Day, Gregorian, $0$

Or you may wanna check out the population of Turkey on that year:

CountryData$[Turkey,\{Population,$ year$\}]$

If you are interested, you may play with similar commands to get more

information about the history of Turkey. Enjoy!