What would be the result when the given code is compiled and ran? public class Test99 { int main() { System.out.println("alpha"); return 0; } public static void main(String args) { System.out.println("beta"); } final static public void main(String[] s) { System.out.println("gamma"); } }

Select all statements that are true?

Output of the given program? public class Test121 extends _Test121 { { System.out.print('_INIT'); } static { System.out.print('_STATIC'); } Test121() { System.out.print('_CONST'); } public static void main(String[] args) { new Test121(); System.out.print('_|'); new Test121(); } } class _Test121 { { System.out.print('_BIN'); } static { System.out.print('_START'); } _Test121() { System.out.print('_BASE'); } }

Which distributed object technology is most appropriate for systems that consist entirely of Java objects?

Which is liveness problems of a concurrent application?

With regard to the passivation of beans, which of the following statements is incorrect? A. The process is possible in all the enterprise beans. B. It is accompanied by some vendor specific methods, which are similar to java serialization.

public class Test{ public static void main(String args[]){ add(); add(1); add(1, 2); } // insert code here } Choose all the lines which if inserted independently instead of "//insert code here" will allow the following code to compile:

static public class Test{ public static void main(String[] args){ char c = 'a'; switch(c){ case 65 : System.out.println("one");break; case 'a': System.out.println("two");break; case 3 : System.out.println("three"); } } } A package is a collection of:

static public class Test{ public static void main(String[] args){ char c = 'a'; switch(c){ case 65 : System.out.println("one");break; case 'a': System.out.println("two");break; case 3 : System.out.println("three"); } } } What will be the output for the below code?