Features Of CertGear's SCJP (CX-310-035) Certification Practice Test

• Learn As You Go - Detailed explanations tell you not just the right answer, but why the right answer is right and the wrong answers are wrong. References for further study are also provided.
  

• Customized Options - You decide the way you want to take the testing including:
  Timed, Live scoring, Randomization, Ask Incorrect, Show Answer, Select # of questions.

• Ask Only The Questions You Got Wrong - This is a great feature. At the end of the exam, instead of being asked every question again, you can tell the test engine to only ask you questions that you got incorrect.

• Randomization - The tests in our certification mode are dynamic, not fixed like some other practice tests are, so you'll get a new test every time. Each test is timed and the objectives are weighted the same as on the real exam.

• History - The test engine keeps a history of all the exams and scores you have achieved on those tests. You can easily track your progress and help determine when you are ready to take the actual exam.

• Categories - Many tests contain categories for you to selectively study topics. Additionally, you can see your grade in each category at the end of the exam.

• Graphic Scoring - Graphical Breakdown Of Exam Results To Pinpoint Areas To Focus Your Study Effort..

• Updates - Keep Up-To-Date With The Most Current And Most Accurate Exam Questions / Answers / Explanations With Complimentary Product Updates.

Free SCJP Certification Practice Questions:

Consider the following multi-threaded code that users inner-class declarations to create and execute multiple threads. What will be the output of the code?

1:public class test
2:{
3:      public static void main (String args[])
4:      {
5:      final String s="s";
6:      final Thread t= new Thread (new Runnable ()
7:        {
8:        public void run () {
9:          try
10:          {
11:           for (int i=1; i < 5; i++)
12:            {
13:             synchronized (this)
14:              {
15:               System.out.print (" " + i);
16:               this.wait ();
17:              }
18:            }
19:          } catch (Exception ex) { ex.printStackTrace (); }
20:         }
21:      });
22:
23:     Thread t2 = new Thread (new Runnable ()
24:       {
25:       public void run () {
26:         while (true)
27:         {
28:         synchronized (this) { this.notify (); }
29:         }
30:        }
31:       });
32:     t.start ();
33:     t2.start ();
34:     }
35:}

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