Rewrite your League program from Assignment $5$ so that it uses Dynamic Memory Allocation $($DMA$)$ to create the team names and scores arrays.

This is a good test of the modularity of your program. You will only need to make slight modifications to your main$()$ function if you wrote your original program using functions similar to the following:

void initializeData$($string names$[],$ int wins$[],$ int size$)$

void sort $($string names$[],$ int wins$[],$ int size$)$

void display$($string names$[],$ int wins$[],$ int size$)$

Your modified league program should start out by asking the user how many teams will be entered. It should then dynamically allocate two appropriate arrays, and proceed just like the original League assignment, calling the above three functions. When your program is done using the arrays, don't forget to use delete $[]$ to return their memory to the system.

Note: you must use dynamic memory allocation for your arrays, i$.$e$.$ the new and delete $[]$ operators, to receive credit.

The output from your program should look approximately like this $($user input in orange bold$)$:

How many teams will you enter?: $4$

Enter team #$1$: Padres

Enter the wins for team #$1$: $75$

Enter team #$2$: Dodgers

Enter the wins for team #$2$: $91$

Enter team #$3$: Giants

Enter the wins for team #$3$: $92$

Enter team #$4$: Cubs

Enter the wins for team #$4$: $65$

League Standings:

Giants: $92$

Dodgers: $91$

Padres: $75$

Cubs: $65$

#include $=5i=0ii=0i++[j]$