Which statements are most accurate regarding the following classes? class A { private int i; protected intj; class B extends A private int k; protected int m; // some methods omitted In the class B, an instance method can only access j, k, m. In the class B, an instance method can only access i, j, k, m. In the class B, an instance method can only access j, m. In the class B, an instance method can only access k, m. What is the output of the following code? ArrayList list = new ArrayList0; String sl = new String("Java"); String s2 = new String("Java"); list.add(sl); list.add(s2); System.out.println((list.get(0) == list:get(1)) + " " + (list.get(0)).equals(list:get(1))) false false false true true true true false Question 15 What is the output of the following code? public class Test{ public static void main(String] args) { new Person0.printPerson(); new Student.printPerson(); class Student extends Person { public String getInfo( i return "Student"; class Personi public String getInfo({ return "Person"; public void printPerson() { System.out.println(getInfo(); Student Person Stduent Student Person Person Person Student Question 14 4 pts Analyze the following code: Double[] array = {1, 2, 3}; ArrayList list = new ArrayListo(Arrays as List(array)); System.out.println(list); The code is correct and displays (1.0, 2.0, 3.0). The code has a compile error because an integer such as 1 is automatically converted into an Integer object, but the array element type is Double. The code has a compile error because asList(array) requires that the array elements are objects. The code is correct and displays (1, 2, 3). Question 13 Show the output of the following code: String/ array = { "red", "green", "blue"); ArrayList list = new ArrayListo(Arrays.asList(array)); list.add(0, "red"); System.out.println(list); O ["red", "red", "green", "blue"] O ["red", "green", "blue", "red"] ["red", "green", "red","blue") ["red", "green", "blue"]