Write a program in either Java $17$ or later $($called HH$.$java$)$ or Python $3\mathrm{.}11$ or later $($called HH$.$py$)$ to

implement the Huntington$-$Hill algorithm described in the textbook. Write the program so that:

$$ it implements the method APPORTIONCONGRESS given in pseudocode in figure $0\mathrm{.}5$ on page $9$ of

the textbook; note that the method takes two parameters: an array of state populations and the

number of representatives.

$$ contains a main method that reads in the population data from a file described below, calls the

method APPORTIONCONGRESS and passes it an array of the populations and the value $435($the

number of representatives$).$

$$ prints a list showing with each state$$s name, a tab character, and the number of representatives

apportioned to that state on its own line. For example, the first few lines might look something

like:

Alabama $6$

Alaska $1$

Arizona $10$

The population file, STATEPOPULATIONS.TXT$,$ contains $50$ lines, one for each state. Each line contains the

state$$s name, a space, and an integer population.

Write the program so that it can be run from the Windows command line as follows:

$$ For Java: java HH StatePopulations.txt

$$ For Python: python hh$.$py StatePopulations.txt