#include void main(void) { int c=2 ^ 3;

#include <stdio.h> struct Single {     int num; };   void printSingle(int f) {     int binaryNum[33];     int i = 0;     while(f>0)     {         binaryNum[i] = f % 2;         f = f/2;         i++;     }     for (int j=i-1; j>= 0; j--)     {         printf("%d",binaryNum[j]);     } }   int main() {     struct Single single;     single.num = 33;     printf("Number: %d\n",single.num);     printSingle(single.num);     return 0; }

Use C++ #include <iostream> using namespace std; void fillArray(int[], int); void printArray(int[], int); int main() { const int N = 10; int A[N] = { 0 }; srand(time(NULL)); fillArray(A, 10); printArray(A, 10); return 0; } void fillArray(int A[], int size) { // complete the code } void printArray(int A[], int size) { // complete the code }

C++ Program  #include <iostream>#include <cstdlib>#include <ctime>using namespace std; int getData() {    return (rand() % 100);} class Node {public:    int data;    Node* next;}; class LinkedList{public:    LinkedList() { // constructor        head = NULL;    }    ~LinkedList() {}; // destructor    void addNode(int val);    void addNodeSorted(int val);    void displayWithCount();    int size();    void deleteAllNodes();    bool exists(int val);private:    Node* head;}; // function to check data exist in a listbool LinkedList::exists(int val){         if (head == NULL) {        return false;    }    else {        Node* temp = head;        while (temp != NULL) {                       if(temp->data == val){                return true;            }            temp = temp->next;        }    }    return false;} // function to delete all data in a listvoid LinkedList::deleteAllNodes(){        if (head == NULL) {        cout << "List is empty, No need to delete…

Question 6 Arrays in c++ can contain different data types (a single array with different data types). O True O False

C programming

C+++ #include <iostream>#include <pthread.h>#include <stdlib.h> #define TOTAL_THREADS 4 int count;pthread_mutex_t the_mutex; // phread mutex variable - initialize here if using the initializer macro void* myFunction(void* arg){int actual_arg = *((int*) arg);for(unsigned int i = 0; i < 10; ++i) {// TODO:// Use a Pthread mutex to control// access to the critical region. // Beginning of the critical regioncount++;std::cout << "Thread #" << actual_arg << " count = " << count << std::endl; // End of the critical region// TODO:// Relinquish access to the Pthread mutex// since critical region is complete. // Random wait - This code is just to ensure that the threads// show data sharing problemsint max = rand() % 100000;for (int x = 0; x < max; x++);// End of random wait code}pthread_exit(NULL);} int main(){int rc[TOTAL_THREADS];pthread_t ids[TOTAL_THREADS];int args[TOTAL_THREADS];// TODO: Initialize the pthread mutex here if using the…

C++ compile a program to answer question in picture included. Code to edit:   #include <iostream> #include <string> class DayOfYear{ private:  mutable int day; // Make 'day' mutable   // Static arrays to hold month names and the number of days in each month   static const std::string monthNames[];   static const int daysInMonth[]; public:  // Constructor   DayOfYear (int day) : day (day) {}   // Member function to print the day in month-day format   void  print () const  {     int tempDay = day; // Create a temporary variable     int month = 0;     // Find the month for the given day     while (tempDay > daysInMonth[month])      {         tempDay -= daysInMonth[month];         month++;      }     // Print the result     std::cout << monthNames[month] << " " << tempDay << std::endl;  }}; // Static member variable initialization const std::string DayOfYear::monthNames[] = {   "January", "February", "March",     "April",   "May",      "June",…

C++ language

#include <stdio.h> struct Single {     int num; };   void printSingle(int f) {     int binaryNum[33];     int i = 0;     while(f>0)     {         binaryNum[i] = f % 2;         f = f/2;         i++;     }     for (int j=i-1; j>= 0; j--)     {         printf("%d",binaryNum[j]);     } }   int main() {     struct Single single;     single.num = 33;     printf("Number: %d\n",single.num);     printSingle(single.num);     return 0; }