Consider the following program: (Note: more about Arrays.toString on the cover page of the exam.) public...

 

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Consider the following program: (Note: more about Arrays.toString on the cover page of the exam.) public class Probl ( public static void foo (int[] nums) { } nums [1] 17; nums = new int[6]; nums [2] = 12; public static void main(String[] args) { int[] myNums = new int[3]; for (int i = 0; i < myNums.length; i++) { } myNums [i] = 2*i; foo (myNums); System.out.println (Arrays.toString (myNums)); Part A [6]. In the space below, draw a single box-and-pointer diagram (a.k.a., memory diagram) showing all object variables, objects, and their state as they have changed while running the program. This includes showing what happens inside of foo. Consider the following program: (Note: more about Arrays.toString on the cover page of the exam.) public class Probl ( public static void foo (int[] nums) { } nums [1] 17; nums = new int[6]; nums [2] = 12; public static void main(String[] args) { int[] myNums = new int[3]; for (int i = 0; i < myNums.length; i++) { } myNums [i] = 2*i; foo (myNums); System.out.println (Arrays.toString (myNums)); Part A [6]. In the space below, draw a single box-and-pointer diagram (a.k.a., memory diagram) showing all object variables, objects, and their state as they have changed while running the program. This includes showing what happens inside of foo.