Choose the correct option to instru piano.play () ; O Piano.Play ; Piano.Play();

Hello, This is part of my hangman simulation in C++. If you compile and run it and type "Easy," the code should run. If you run it though, the body of the hangman doesn't align when you guess wrong. Could you help me with that and implement an if statement to repeat the program if user wants to play again?         #include <iostream> #include <cstdlib> #include <ctime> #include <string> #include <iomanip>using namespace std; const int MAX_TRIES = 5;char answer; int letterFill(char, string, string&);     int main() { string name; char letter; int num_of_wrong_guesses = 0; string word;   srand(time(NULL)); // ONLY NEED THIS ONCE!   // welcome the user cout << "\n\nWelcome to hangman!! Guess a fruit that comes into your mind."; // Ask user for for Easy, Average, Hard string level; cout << "\nChoose a LEVEL(E - Easy, A - Average, H - Hard):" << endl; cin >> level;   // compare level if (level == "Easy") {//put all the string inside…

Make any necessary modifications to the RushJob class so that it can be sorted by job number. Modify the JobDemo3 application so the displayed orders have been sorted. Save the application as JobDemo4. An example of the program is shown below: Enter job number 22 Enter customer name Joe Enter description Powerwashing Enter estimated hours 4 Enter job number 6 Enter customer name Joey Enter description Painting Enter estimated hours 8 Enter job number 12 Enter customer name Joseph Enter description Carpet cleaning Enter estimated hours 5 Enter job number 9 Enter customer name Josefine Enter description Moving Enter estimated hours 12 Enter job number 21 Enter customer name Josefina Enter description Dog walking Enter estimated hours 2 Summary: RushJob 6 Joey Painting 8 hours @$45.00 per hour. Rush job adds 150 premium. Total price is $510.00 RushJob 9 Josefine Moving 12 hours @$45.00 per hour. Rush job adds 150 premium. Total price is $690.00 RushJob 12 Joseph Carpet cleaning 5 hours…

X609: Magic Date A magic date is one when written in the following format, the month times the date equals the year e.g. 6/10/60. Write code that figures out if a user entered date is a magic date. The dates must be between 1 - 31, inclusive and the months between 1 - 12, inclusive. Let the user know whether they entered a magic date. If the input parameters are not valid, return false. Examples: magicDate(6, 10, 60) -> true magicDate(50, 12, 600) –> false