Read the string variables visitedListName, place1, place2, and place3 from input, assuming that the list's name contains multiple words and each place visited is a single word. The first input line contains the list's name and the second input line contains the places visited. Ex: If the input is: Countries I've visited Qatar Zambia Malta then the output is: Countries I've visited: Qatar Zambia Malta #include #include using namespace std;   int main() {    string visitedListName;    string place1; string place2; string place3;      /* Your code goes here */      cout << visitedListName << ":" << endl; cout << place1 << endl; cout << place2 << endl; cout << place3 << endl;      return 0; }

9. Assume the string old string contains at least 4 characters. A code segment is intended to remove the first two characters and the last two characters from old string and assign the result to new string. Which of the following does NOT work as intended? (a) new_string = old_string[2:-2] (b) temp1 = old_string[2:] new_string = temp1[:len(temp1)-2] %3D (c) new_string = old_string[2:len(old_string)] new_string = new_string[0:len(new_string)-2] (d) new_string = old_string[0:len(old_string)-2] new_string = new_string[2:len(new_string)-2]

please create the c++ code regarding this screenshot question i added and also please add professional comments at each line of the code using // command

You are working with a team creating a grocery shopping app. The app keeps the information of the items to buy in the list grocery list, and the items that were purchased in purchased list. You need to create a function that returns the items that were purchased, but that were not in the grocery list. For example, if the grocery list is milk, eggs, bacon, and flour; and we purchased milk, chocolate, and muffins, the function should return a list with chocolate and muffins. Drag and drop the expressions needed to implement the required function. def get_extra_items(grocery_list, purchased_list): list3 [] for i in range( ) : if not in list3.append( return list3 len(grocery_list) grocery_list grocery_list[i] purchased_list[i] purchased_list len(purchased_list)

//main.cpp #include "Person.h"#include "Seller.h"#include "Powerseller.h"#include <iostream>#include <list>#include <fstream>#include <string> using namespace std; void printMenu();void printSellers(list<Seller*> sellers);void checkSeller(list<Seller*> sellers);void addSeller(list<Seller*> sellers);void deleteSeller(list<Seller*> &sellers); int main() {  list<Seller*> sellers;  ifstream infile;  infile.open("sellers.dat");  if (!infile) {      cerr << "File could not be opened." << endl;      exit(1);  }  char type;  while (!infile.eof())   {      infile >> type;      if (type == 'S')       {        Seller* newseller = new Seller;        newseller -> read(infile);        sellers.push_back(newseller);      }               if (type == 'P')       {        Powerseller* newpowerseller = new Powerseller;        newpowerseller -> read(infile);        sellers.push_back(newpowerseller);      }  }  infile.close();…

Create a function that determines how many number pairs are embedded in a space-separated string. The first numeric value in the space-separated string represents the count of the numbers, thus, excluded in the pairings. Examples number_pairs("7 1 2 1 2 1 3 2") 2 // (1, 1), (2, 2) number_pairs ("9 10 20 20 10 10 30 50 10 20") 3 // (10, 10), (20, 20), (10, 10) number_pairs("4 2 3 4 1") → 0 // Although two 4's are present, the first one is discounted.

Using Payton (write it as simple as possible)

write programs date form

JS Write a function named "tweets" that takes a string as a parameter. If a message can hold at most 280 characters, calculate the smallest number of messages needed to hold all of the text in the input. The function should return the number it calculated.

get_nth_comma_in_string(s, n): This function takes a string s and a non-negative integer n as input. It returns the index of the n’th comma in the string s. We will start counting at 0, so if n=0, then the index of the first comma should be returned; if n=1, then the index of the second comma should be returned, and so on. If there is no n’th comma in s, then -1 should be returned. Note: You may use the string find method in this function.