Consider the following struct definition: struct Product { string name; double price; };   Write code to create a Product, then set its' name to “Apple” and its' price to 1.29

//Below is the starting code for this homework assignment//  #include <stdio.h>   struct employees {     char name[20];     int ssn[9];     int yearBorn, salary; };   struct employees e = {"kim deen", {1,2,3,4,5,6,7,8,9}, 1998, 35000};   void display(struct employees *e) {     printf("%s", e->name);     printf("  %d%d%d-%d%d-%d%d%d%d", e->ssn[0],e->ssn[1],e->ssn[2],e->ssn[3],e->ssn[4],e->ssn[5],e->ssn[6],e->ssn[7],e->ssn[8]);     printf("  %d", e->yearBorn);     printf("\n$%d.", e->salary); }   int main() {     display(&e);       return 0; }

// EmployeeBonus.cpp - This program calculates an employee's yearly bonus.  #include <iostream> #include <string> using namespace std; int main() {    // Declare and initialize variables here    string employeeFirstName;     string employeeLastName;    double numTransactions;    double numShifts;    double dollarValue;    double score;    double bonus;    const double BONUS_1 = 50.00;    const double BONUS_2 = 75.00;    const double BONUS_3 = 100.00;     const double BONUS_4 = 200.00;        // This is the work done in the housekeeping() function          cout << "Enter employee's first name: ";    cin >> employeeFirstName;    cout << "Enter employee's last name: ";    cin >> employeeLastName;    cout << "Enter number of shifts: ";    cin >> numShifts;    cout << "Enter number of transactions: ";    cin >> numTransactions;     cout << "Enter dollar value of transactions: ";    cin >> dollarValue;     // This is…

Below is the starting code for this homework assignment  #include <stdio.h>   //1. struct employees {     char name[20];     int ssn[9];     int yearBorn, salary; };   //2. struct employees e = {"kim deen", {1,2,3,4,5,6,7,8,9}, 1998, 35000};   //3. void display(struct employees *e) {     printf("%s", e->name);     printf("  %d%d%d-%d%d-%d%d%d%d", e->ssn[0],e->ssn[1],e->ssn[2],e->ssn[3],e->ssn[4],e->ssn[5],e->ssn[6],e->ssn[7],e->ssn[8]);     printf("  %d", e->yearBorn);     printf("\n$%d.", e->salary); }   int main() {     display(&e);       return 0; }

#include <iostream> #include <string> using namespace std; int main() {    // Declare and initialize variables.    string employeeFirstName;     string employeeLastName;     double employeeSalary;     int employeeRating;     double employeeBonus;    const double BONUS_1 = .25;    const double BONUS_2 = .15;    const double BONUS_3 = .10;     const double NO_BONUS = 0.00;    const int RATING_1 = 1;    const int RATING_2 = 2;    const int RATING_3 = 3;     // This is the work done in the housekeeping() function            // Get user input        cout << "Enter employee's first name: ";    cin >> employeeFirstName;    cout << "Enter employee's last name: ";    cin >> employeeLastName;    cout << "Enter employee's yearly salary: ";    cin >> employeeSalary;    cout << "Enter employee's performance rating: ";    cin >> employeeRating;     // This is the work done in the detailLoop() function        // Use switch statement to…

#include <iostream> #include <iomanip> #include <string> using namespace std; int main() { constdouble MONSTERA_PRICE =11.50; constdouble PHILODENDRON_PRICE =13.75; constdouble HOYA_PRICE =10.99; constint MAX_POTS =20; constdouble POINTS_PER_DOLLAR =1.0/0.75; char plantType; int quantity; double totalAmount =0.0; int totalPoints =0; int availablePots =0; double plantPrice =0.0; cout << "Welcome to Tom's Plant Shop!" << endl; cout << "******************************" << endl; cout << "Enter your full name: "; string fullName; getline(cin, fullName);   output:  compiling code... Welcome to Tom's Plant Shop!----------------------------------------Enter your full name: ______ Available plants:M - Monstera ($ 11.5)P - Philodendron  ($13.75)H - Hoya ($10.99)Q - Quit shoppingEnter the plant type (M/P/H/Q): ________     Part 1 Tom has recently started a plant-selling business, and he offers three different types of plants, namely Monstera,…

In Java, the assignment operator is ______ and the relational operator to determine if two primitive data types are equal is _____

// EmployeeBonus2.cpp - This program calculates an employee's yearly bonus.  #include <iostream> #include <string> using namespace std; int main() {    // Declare and initialize variables.    string employeeFirstName;     string employeeLastName;     double employeeSalary;     int employeeRating;     double employeeBonus;    const double BONUS_1 = .25;    const double BONUS_2 = .15;    const double BONUS_3 = .10;     const double NO_BONUS = 0.00;    const int RATING_1 = 1;    const int RATING_2 = 2;    const int RATING_3 = 3;     // This is the work done in the housekeeping() function            // Get user input        cout << "Enter employee's first name: ";    cin >> employeeFirstName;    cout << "Enter employee's last name: ";    cin >> employeeLastName;    cout << "Enter employee's yearly salary: ";    cin >> employeeSalary;    cout << "Enter employee's performance rating: ";    cin >> employeeRating;     // This is…

An Inventory structure is declared as follows: struct Inventory{int itemCode; int qtyOnHand;}; Write a definition statement that creates an Inventory variable named trivet and initializes it with an initialization list so that its code is 555 and its quantity is110.

Why might a programmer use an enumerated type (or "enum") in their code?