Exercise $6$: $($Optional$)$ Look at the following table that contains quarterly sales

transactions for three years of a small company. Each of the quarterly

transactions are integers $($number of sales$)$ and the year is also an integer.

YEAR Quarter $1$ Quarter $2$ Quarter $3$ Quarter $4$

$2000728060100$

$200182904398$

$200264785884$

We could use a two$-$dimensional array consisting of $3$ rows and $5$ columns.

Even though there are only four quarters we need $5$ columns $($the first

column holds the year$).$

Retrieve quartsal.cpp from the Lab $7$ folder. The code is as follows:

$//$ This program will read in the quarterly sales transactions for a given number

$//$ of years. It will print the year and transactions in a table format.

$//$ It will calculate year and quarter total transactions.

$//$ PLACE YOUR NAME HERE

#include

#include

using namespace std;

const MAXYEAR $=10$;

const MAXCOL $=5$;

typedef int SalesType$[$MAXYEAR$][$MAXCOL$]$; $//$ creates a new $2$D integer data type

void getSales$($SalesType$,$ int&$)$; $//$ places sales figures into the array

void printSales$($SalesType$,$ int$)$; $//$ prints data as a table

void printTableHeading$()$; $//$ prints table heading

int main$()$

$\{$

int yearsUsed; $//$ holds the number of years used

SalesType sales; $//2$D array holding

$//$ the sales transactions

getSales$($sales$,$ yearsUsed$)$; $//$ calls getSales to put data in array

Lesson $7$B