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Chapter: 22 / Q: 20
(Game: multiple Sudoku solutions) The complete solution for the Sudoku problem is given in Supplement VI.A. A Sudoku problem may have multiple solutions. Modify Sudoku.java in Supplement VI.A to display the total number of the solutions. Display two solutions if multiple solutions exist
Chapter: 22 / Q: 21
(Game: Sudoku) The complete solution for the Sudoku problem is given in Supplement VI.C. Write a program that lets the user enter the input from the text fields, as shown in Figure 22.15a. Clicking the Solve button displays the result, as shown in Figure 22.15b–c
Chapter: 22 / Q: 22
(Game: recursive Sudoku) Write a recursive solution for the Sudoku problem
Chapter: 22 / Q: 23
(Game: multiple Eight Queens solution) Write a program to display all possible solutions for the Eight Queens puzzle in a scroll pane, as shown in Figure 22.16. For each solution, put a label to denote the solution number. (Hint: Place all solution panes into an HBox and place this one pane into
Chapter: 22 / Q: 24
(Find the smallest number) Write a method that uses the divide-and-conquer approach to find the smallest number in a list
Chapter: 22 / Q: 25
(Game: Sudoku) Revise Programming Exercise 22.21 to display all solutions for the Sudoku game, as shown in Figure 22.17a
Chapter: 23 / Q: 1
(Generic bubble sort) Write the following two generic methods using bubble sort. The first method sorts the elements using the Comparable interface and the second uses the Comparator interface
Chapter: 23 / Q: 2
(Generic merge sort) Write the following two generic methods using merge sort. The first method sorts the elements using the Comparable interface and the second uses the Comparator interface
Chapter: 23 / Q: 3
(Generic quick sort) Write the following two generic methods using quick sort. The first method sorts the elements using the Comparable interface and the second uses the Comparator interface
Chapter: 23 / Q: 4
(Improve quick sort) The quick sort algorithm presented in the book selects the first element in the list as the pivot. Revise it by selecting the median among the first, middle, and last elements in the list
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