Ignore red x , it's the prolog build question

Homework reinforces understanding of memory management (stacks and heaps) and using Java for both object oriented and non-OO style programming, and Prolog logic prog For questions asking for a diagram, either a. make it directly in worksheet using Word, or b. use other paint/drawing program to make the diagram and copy/paste it into the worksheet, or c. draw it by hand and take a CLEAR screenshot; write legibly! Upload it in addition to your worksheet in the same "attempt" on blackboard For any programming exercises, as normal, turn in: a. Source code of program b. Clear screenshot of running program with results showing (have a comment with your name in it) Homework Turn in a Word Doc or PDF that shows completion fo the following programs: lava OO: Complete Exercise #2 from Chapter 15 (page 290). (worth 40%) Prolog: Build upon the parent(X, Y) predicate example given in the book and class to complete Exercises #1-6 of Chapter 19 (page 410). (worth 60%) 410 Chapter 19-A First Look at Prolog Exercises Define your answers to Exercises 1 through 6 in terms of the base relations parent (X, Y), female (X), and male (X) . To test your code, define some parent facts like those in this chapter, along with appropriate female and male facts. But your solutions should be general enough to work with any set of such facts. Exercise 1 Define a mother predicate so that mother (X, Y) says that X is the mother of Y. Exercise 2 Define a father predicate so that father (X, Y) says that X is the father of Y. Exercise 3 Define a sister predicate so that sister (X, Y) says that X is a sister of Y. Be careful, a person cannot be her own sister. Exercise 4 Define a grandson predicate so that grandson (X, Y) says that X is a grandson of Y. Exercise 5 Define the first Cousin predicate so that firstCousin (X, Y) says that X is a first cousin of Y. Be careful, a person cannot be his or her own cousin, nor can a brother or sister also be a cousin. Exercise 6 Define the descendant predicate so that descendant (X, Y) says that X is a descendant of Y. Exercise 7 Define a third predicate so that third (X, Y) says that Y is the third element of the list X. (The predicate should fail if X has fewer than three ele- ments.) Hint: This can be expressed as a fact. Exercise 8 Define a first Pair predicate so that first Pair (X) succeeds if and only if X is a list of at least two elements, with the first element the same as the second element. Hint: This can be expressed as a fact. Exercise 9 Define a de13 predicate so that de13 (X, Y) says that the list Y is the same as the list X but with the third element deleted. (The predicate should fail if X has fewer than three elements.) Hint: This can be expressed as a fact