Java Week 5 Object Oriented Programming

To declare a constant MAX_LENGTH as a member of the class, you write

What is the output of the following code: import java.util.Date; public class Test { public static void main (String[] args) [ Date date1 = new Date(); Date date2 = new Date(); System.out.print((date1 == date2) + "" + (date1.getClass() == date2.getClass())); } }

The abbreviation OOP stands for

In the following code, what is the newStudent method called: public class newStudent{ public String name; public int age; public newStudent(){ age=5; name = "Jim Jones" } }

Consider the following code, which output is correct? public class Student{ int age; static int age2 = 3; public static void main (String[] args){ Student student1; Student student2; Student student3; student1 = new Student(); student1.age = 10; student2 = student1; student2.age -=5; student 3 = new Student(); System.out.println(student1.age+:""+student2.age); } }

In the following code what is the getName() method referred to: public class Student { public String name; public int age; public String getName(){ return name; } public void setName(String newName){ name = newName; } }

A method that is associated with an individual object is called

In the following code what is the setName() method referred to: public class Student{ public String name; public int age; public String getName(){ return name; } public void setName( String newName){ name = newName; } }

What is the output of the following code? public class Test{ public static void main (String[] args) { String s1 = new String ("Welcome to Java!"); String s2 = new String("Welcome to Java!"); if (s1==s2) System.out.println("s1 and s2 reference to the same String object"); else System.out.println("s1 and s2 reference to different String objects"); } }

Which of the following code in A or B, or both creates an object of the java.util.Date class? A: public class Test{ public Test(){ new java.util.Date(); } } B: public class Test { public Test(){ java.util.Date date = new java.util.Date(); } }

The variables that an object contains are called local variables

The area of memory that objects reside in is known as the stack

In the following code, the object created from class Student is stored in the variable myStudent. Student myStudent; myStudent = new Student();

When a programmer neglects to delete objects that are no longer used it is referred to as a memory leak

In java, Garbage Collection is the process that reclaims the memory used by objects which are no longer in use

In java no variable can ever hold an object. It can only hold a reference to an object.