Apply the naming conventions for variables, methods, classes, and packages: - variable names start with a lowercase character - classes start with an uppercase character - packages use only lowercase characters - methods start with a lowercase character Exercise 1: Write a Java application that simulates a test. The test contains at least five questions about first three lectures of this course. Each question should be a multiple-choice question with 4 options. Design a Test class. Use programmer-defined methods to implement your solution. For example: - create a method to simulate the questions - simulateQuestion - create a method to check the answer-checkanswer - create a method to display a random message for the user - generateMessage - create a method to interact with the user - inputAnswer Display the questions using methods of JOptionPane class. Use a loop to show all the questions. For each question: - If the user finds the right answer, display a random congratulatory message ("Excellent!",,"Good!",,'Keep up the good work!", or "Nice work!"). - If the user responds incorrectly, display an appropriate message and the correct answer ("No. Please try again", "Wrong. Try once more", "Don't give up!", "No. Keep trying..."). - Use random-number generation to choose a number from 1 to 4 that will be used to select an appropriate response to each answer. - Use a switch statement to issue the responses, as in the following code: switch ( randomObject.nextInt( 4 )) \{ case 0 : return( "Very good!" ); At the end of the test display the number of correct and incorrect answers, and the percentage of the correct answers. Your main class will simply create a Test object and start the test by calling inputAnswer method. ( 5 marks) Exercise 2: Design a Lotto class with one array instance variable to hold three random integer values (from 1 to 9). Include a constructor that randomly populates the array for a lotto object. Also, include a method in the class to return the array. Lab \#2 Page 2 of 3 Java Programming COMP-228 Use this class to simulate a simple lotto game in which the user chooses a number between 3 and 27. The user runs the lotto up to 5 times and each time the sum of lotto numbers is calculated. If the number chosen by the user matches the sum, the user wins and the game ends. If the number does not match the sum within five rolls, the computer wins. Use methods of JOptionPane class to interact with the user. Write a Java class that implements a set of three overloaded static methods. The methods should have different set of parameters and perform similar functionalities. Call the methods within main method and display the results