QUESTION $2$

The one$-$dimensional $(1$D$)$ array Clubs$[]$ is used to store the names of $10$ football clubs in a local sports league.

The two$-$dimensional $(2$D$)$ array Statistics$[]$ is used to store, for each football club, the number of: $$ matches won $$ matches drawn $$ matches lost.

The $1$D array Points$[]$ is used to store the total number of points each football club has been awarded.

The position of any football club$$s data is the same in all three arrays. For example, the data in index $2$ of Statistics$[]$ and index $2$ of Points$[]$ belongs to the football club in index $2$ of Clubs$[]$

The variable Matches stores the number of matches played by each team. Each team plays the same number of matches.

Points are awarded for: $$ a win $3$ points $$ a draw $1$ points $$ a loss $0$ points. Write a program that meets the following requirements:

$$ allows the number of matches played to be input and stored, with a maximum of $18$ matches

$$ validates the number of matches played

$$ allows the names of the football clubs to be input and stored

$$ allows the number of matches won, drawn and lost to be input and stored for each team

$$ validates the number of matches won, drawn or lost against the number of matches played

$$ asks the user to re$-$enter the number of matches won, drawn or lost if the total does not match the number of matches played

$$ calculates and stores the total number of points for each club

$$ finds the football club or clubs with the highest number of points

$$ outputs the name or names of the winning club or clubs, the number of wins and the total number of points awarded.

You must use pseudocode or program code and add comments to explain how your code works. All inputs and outputs must contain suitable messages.

QUESTION $2$

The one$-$dimensional $(1$D$)$ array Clubs$[]$ is used to store the names of $10$ football clubs

in a local sports league.

The two$-$dimensional $(2$D$)$ array Statistics $[$ is used to store, for each football club, the

number of: $*$ matches won $*$ matches drawn $*$ matches lost.

The $1$D array Points$[]$ is used to store the total number of points each football club has

been awarded.

The position of any football club's data is the same in all three arrays. For example, the

data in index $2$ of Statistics$[]$ and index $2$ of Points$[]$ belongs to the football club in index

$2$ of Clubs$[]$

The variable Matches stores the number of matches played by each team.

Each team plays the same number of matches.

Points are awarded for: $*$ a win $-3$ points $*$ a draw $-1$ points $*$ a loss $-0$ points.

Write a program that meets the following requirements:

allows the number of matches played to be input and stored, with a maximum of $18$

matches

validates the number of matches played

allows the names of the football clubs to be input and stored

allows the number of matches won, drawn and lost to be input and stored for each

team

validates the number of matches won, drawn or lost against the number of matches

played

asks the user to re$-$enter the number of matches won, drawn or lost if the total does

not match the number of matches played

calculates and stores the total number of points for each club

finds the football club or clubs with the highest number of points

outputs the name or names of the winning club or clubs, the number of wins and the

total number of points awarded.

You must use pseudocode or program code and add comments to explain how your

code works. All inputs and outputs must contain suitable messages. $($write in to pseudocode algorithm$)$ and Python code.