Consider the following incomplete method, which is intended to return true if the value of y is between the values of the other two parameters and false otherwise. /** Precondition: x, y, and z have 3 different values. */public static boolean compareThree(int x, int y, int z){ return /* missing condition */ ;} The following table shows the results of several calls to compareThree. compareThree Table Call Result compareThree(4, 5, 6) true compareThree(6, 5, 4) true compareThree(5, 4, 6) false compareThree(3, 4, 4) violates precondition Which of the following can be used to replace / * missing condition * / so that compareThree will work as intended when called with parameters that satisfy its precondition?

The Vbox class includes the following two constructors.   Vbox Constructors Constructor Signature Explanation public vBox(int w, int h, int d) Constructs a Vbox object that represents a box with width w, height h, and depth d. public vBox(int len) Constructs a Vbox object that represents a box with width len, height len, and depth len.   Which of the following declarations, appearing in a class other than Vbox, will correctly instantiate a Vbox object?

What does the post-increment operator ++ do?

What debugging technique involves explaining your code line-by-line to someone else?

What is a library in programming?

Consider the following incomplete method. public int someProcess(int n){ /* body of someProcess */} The following table shows several examples of input values and the results that should be produced by calling someProcess. Table of Examples Input Value n Value Returned by someProcess(n) 3 30 6 60 7 7 8 80 9 90 11 11 12 120 14 14 16 160 Which of the following code segments could be used to replace /* body of someProcess */ so that the method will produce the results shown in the table? I.if((n % 3 == 0) && (n % 4 == 0) return n * 10;else return n;II.if((n % 3 == 0) || (n % 4 == 0))    return n * 10;return n;III.if(n % 3 == 0)    if(n % 4 == 0) return n * 10;return n;

Determine if the following evaluates to true or false based on the value of these variables:   int a = 0;int b = 1;   (a == 0 || b == 2);

Consider the following code segment. String greet1 = “Good morning!”;String greet2 = “Good afternoon!”;String greet3 = “Good evening”;int timeOfDay;if(timeOfDay >= 1700) { System.out.println(greet3);}else if(timeOfDay >= 1200) { System.out.println(greet2);}else { System.out.println(greet1);} What is printed as a result of executing the code segment if timeOfDay equals 1900?

Assume that the boolean variables a, b, c, and d have been declared and initialized. Consider the following expression. !(!(a && b)||(c||!d)) Which of the following is equivalent to the expression?

Assume that the int variables x, y, z, and low have been properly declared and initialized. The code segment below is intended to print the sum of the greatest two of the three values but does not work in some cases.   if(x > y && y > z){   low = z;}if(x > y && z > y){   low = y;}else {   low = x;}System.out.println(x + y + z – low); For which of the following values of x, y, and z does the code segment NOT print the correct value?