(Intro to Java) AVOID USING BREAKS. DO NOT USE BREAKS New Password In this assignment, you will write a short program to allow a user to create a new password, and then login with this password. You will need to use both if-else and for loops. The program will begin by prompting the user to enter a new password. The program will then ask the user to confirm the password. From there, one of several possible scenarios will occur.      1. The second password the user types does not match the first: In this case, allow the user one more try by asking them to confirm the password again Enter your new password: abc123 Enter your new password again: abc124 Sorry! Those passwords don't match. Please try again Enter your new password again: abc123 Password confirmed. Logging out... Should the user type the password incorrectly twice, the program should exit.   Enter your new password: abc123 Enter your new password again: abc124 Sorry! Those passwords don't match. Please try again Enter your new password again: abc124 Sorry! Those passwords don't match. Goodbye!     2. The second password matches the first (either on the first or second attempt): In this case, log the user out, and then ask the user to login using their new password Enter your new password: abc123 Enter your new password again: abc123 Password confirmed. Logging out... Enter your password: Give the user exactly 5 tries to type in their new password correctly (use a for loop) - reporting the number of tries remaining, for each attempt: Should the user type the password correctly within the 5 tries, log the user in Password confirmed. Logging out... Enter your password: abc124 Invalid password. You have 4 more tries. Enter your password: abc125 Invalid password. You have 3 more tries. Enter your password: abc123 Welcome! You are now logged in. Otherwise, should the user not type the password correctly within 5 tries, exit the program. Password confirmed. Logging out... Enter your password: ab Invalid password. You have 4 more tries. Enter your password: abc Invalid password. You have 3 more tries. Enter your password: ab3 Invalid password. You have 2 more tries. Enter your password: abc1 Invalid password. You have 1 more tries. Enter your password: abc12 Invalid password. You have 0 more tries. Goodbye! Starter Code: Copy and paste the below starter code into a file NewPasswords.java   /**  * @author  * @author  * CIS 36A  */ import java.util.Scanner; public class NewPasswords {     public static void main(String[] args) {         Scanner input = new Scanner(System.in);         String password;         String passwordConfirm;         final int MAX_TRIES = 5;         System.out.print("Enter your new password: ");         password = input.next();                 //fill in here                 if (//fill in test condition here){             System.out.println("\nSorry! Those passwords don't match.\nPlease try again");             //fill in here         }                 if (password.equals(passwordConfirm)) {             System.out.println("\nPassword confirmed. Logging out...\n");             for (//fill in here... hint count DOWN) {                 System.out.print("Enter your password: ");                 //fill in here                 if (//fill in here)) {                     System.out.println("\nWelcome! You are now logged in.");                     i = 0; //What does this line do? Make sure you understand                 } else {                     System.out.print("Invalid password.);                     //fill in here                 }             }                     } else {             System.out.print("Sorry! Those passwords don't match.");         }                 System.out.println("\nGoodbye!");         input.close();     } } Fill in the missing parts of the starter code where the comments indicate When your program works identically to the sample output below, submit it to Canvas.   Sample Output: Enter your new password: abc123 Enter your new password again: abc123 Password confirmed. Logging out... Enter your password: abc123 Welcome! You are now logged in. Goodbye!   Sample Output:   Enter your new password: abc123 Enter your new password again: abc124 Sorry! Those passwords don't match. Please try again Enter your new password again: abc123 Password confirmed. Logging out... Enter your password: abc124 Invalid password. You have 4 more tries. Enter your password: abc1265 Invalid password. You have 3 more tries. Enter your password: abc124 Invalid password. You have 2 more tries. Enter your password: abc12 Invalid password. You have 1 more tries. Enter your password: abc123 Welcome! You are now logged in. Goodbye!

Choose the correct answer:     Statements in while loop will be executed at least once.     Statements in do...while loop will be executed at least once.     Statements in for loop will be executed at least once.     Statements in any loop will always be executed at least once.

(True/False): The USES operator only generates PUSH instructions, so you must code POPinstructions yourself.

(Slope of a line) Write a program that prompts the user to enter the coordinates of two points (x1, y1) and (x2, y2), and displays the slope of the line that connects the two points. The formula of the slope is (y2 - y1)/(x2 - x1).

(Display Magic Numbers) Display the first N magic numbers, where N is a positive number that the user provides as input. Here, a magic number is a number whose sum of its digits eventually leads to 1. For example, 1234 is a magic number because 1+2+3+4 = 10 and 1 +0 = 1, while 1235 is not (1 +2+ 3 +5 = 11 and 1 +1 = 2). Write a program that prints out the first N magic numbers, seven on each line. Here is the sample output: Enter a positive integer number: 30 1 10 19 28 37 46 55 64 73 82 91 100 109 118 127 136 145 154 163 172 181 190 199 208 217 226 235 244 253 262 You are required to use the following function prototype: bool isMagic(int value); // Returns true if value is a magic number The outline of this function will be as follows: Step 1: Calculate the sum of digits of value Step 2: Repeat Step 1 until we get a single digit Step 3: If the resulting sum is equal to 1 then it is a magic number, otherwise not