Due date: Friday Sept. 1, 2017 before lecture (F) Due date: Wednesday August. 30, 2017 before lecture (M/W)

Due date: Friday Sept. 1, 2017 before lecture (F) Due date: Wednesday August. 30, 2017 before lecture (M/W)

Due date: Friday Sept. 8, 2017 before lecture (F) Due date: Wednesday September 6, 2017 before lecture (M/W)

4. Complete the 8 queens 2 dimensional array program with backtracking that we worked on in class.

Due date: Friday Sept. 15, 2017 before lecture (F)

5. Redo the 8 queens 1 dimensional array program with backtracking REMOVING ALL "GOTOs" - but implementing the same algorithm

Due date: Friday Sept. 15, 2017 before lecture (F) Due date: Monday Sept. 18, 2017 before lecture

6. Eight numbers in a cross problem

Due date: Monday Sept. 18, 2017 before lecture

Due date: Monday October 9, 2017 before lecture8. Understanding Arrays as Pointers

Due date: Monday October 16, 2017 before lecture

9. "Fancy" output for the eight queens problem

Due date: Monday October 23 before noon

10. Integration problem using function pointers

Due date: Monday October 23 before noon

Due date: Wenesday November 1, before noon

Due date: Monday October 30 before noon

13. Redo cross and stable marriage problems using recursion

Due date: Wednesday November 8, 2017 before lecture

14. Non-recursive Towers of Hanoi - must work for both odd and even number of towers

Due date: Monday November 13, 2017 before lecture

Due date: Wednesday November 22, 2017 before lecture

16. k bishops on an nXn chessboard - see expected output in the "handouts" section

Due date: Wednesday November 29, 2017 before lecture

Due date: Wednesday November 29, 2017 before lecture