he program is described in Chapter 8, Exercise 5, in Programming Logic and Design. The program should allow the user to enter each household size and determine the mean and median household size in Marengo. The program should output the mean and median household size in Marengo. The file provided for this lab contains the necessary variable declarations and input statements. You need to write the code that sorts the household sizes in ascending order using a bubble sort and then prints the mean and median household size in Marengo. Comments in the code tell you where to write statements.

Instructions

1. Make sure that the file HouseholdSize.cpp is selected and open.
2. Write the bubble sort.
3. Output the mean and median household size in Marengo.
4. Execute the program by clicking the Run button and the bottom of the screen.
5. Enter the following input, and ensure the output is correct. Household sizes: 4, 1, 2, 4, 3, 3, 2, 2, 2, 4, 5, 6 followed by 999 to exit the program.

sorttoarrangeupto300householdsizesin

//descendingorderandthenprintsthemeanandmedianhouseholdsize.

//Input:Interactive.

//Output:Meanandmedianhouseholdsize.

#include

#include

usingnamespacestd;

intmain()

{

//Declarevariables.

constintSIZE=300; //Numberofhouseholdsizes

inthouseholdSizes[SIZE]; //Arrayusedtostore300householdsizes

intx;

intlimit=SIZE;

inthouseholdSize=0;

intpairsToCompare;

boolswitchOccurred;

inttemp;

doublesum=0;

doublemean=0;

doublemedian=0;

//Inputhouseholdsize

cout<<"Enterhouseholdsizeor999toquit:";

cin>>householdSize;

//ThisistheworkdoneinthefillArray()function

x=0;

while(x

{

//Placevalueinarray.

householdSizes[x]=householdSize;

//Calculatetotalofhouseholdsizes

x++; //Getreadyfornextinputitem.

cout<<"Enterhouseholdsizeor999toquit:";

cin>>householdSize;

} //Endofinputloop.

//Findthemean

//ThisistheworkdoneinthesortArray()function

//ThisistheworkdoneinthedisplayArray()function

//Printthemean

//Findthemedian

//Printthemedian

return0;

}//Endofmainfunction