Consider the method total below. public static int total (int result, int a, int b) { if (a==0) { if (b==0) { return result *2; } return result /2; } else { return result *3; } } The assignment statement x=total (5,0,1); must result in A. x being assigned the value 15 B. x being assigned the value 10 C. x being assigned the value 5 D. x being assigned the value 2 E. x being assigned the value 0

Consider the method total below. public static int total (int result, int a, int b) { if (a==0) { if (b==0) { return result *2; } return result /2; } else { return result *3; } } The assignment statement x=total (6,0,0); must result in A. x being assigned the value 8 B. x being assigned the value 4 C. x being assigned the value 5 D. x being assigned the value 12 E. x being assigned the value 10

Consider the following declarations. public class List { private static final int MAX_ITEMS = < some value >; private int[] items; private int numItems; //constructor(s) and other methods not shown //precondition: 0<=numItems

What is the output of the program shown below? public class SomeClass { private int x, y; public SomeClass (int xValue, int yValue) { x = xValue; y= yValue; } public void m1() { x = 30; System.out.print(x + ""); } } public class Tester { public static void main (String[] args) { int x = 20; int y = 10; SomeClass z = new Someclass(y, x); z.m2(); z.m1(); } } 21 10 21 21 30 21 11 30 11 11 30 21