Question

1. For the following, make sure you explain which basic functions in F1-F3 you are using,...

1. For the following, make sure you explain which basic functions in F1-F3 you are using, and how exactly you are applying the operations O1-O3.

(a) Show that every constant function g : N → N is recursive. You may need to use induction.

(b) Show that the function f : N → N such that f(x) = x 3 is primitive recursive.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1 Approximation of functions by polynomials Let the function f(x) be given by the following: f(x)...
1 Approximation of functions by polynomials Let the function f(x) be given by the following: f(x) = 1/ 1 + x^2 Use polyfit to approximate f(x) by polynomials of degree k = 2, 4, and 6. Plot the approximating polynomials and f(x) on the same plot over an appropriate domain. Also, plot the approximation error for each case. Note that you also will need polyval to evaluate the approximating polynomial. Submit your code and both plots. Make sure each of...
Problem: A non-linear system consists of two functions: Complete the following three parts. Make a table...
Problem: A non-linear system consists of two functions: Complete the following three parts. Make a table of values for the functions. The table can be similar to the one below, or it can be vertical, but it must have a minimum of five x-values and the corresponding function values. Using your table indicate the solution to the system by marking the function values that are equal. x f(x) g(x) Plot a graph of the functions over an interval sufficient to...
(1) Explain why the assumption of convex preferences implies that “averages are preferred to extremes.” Make...
(1) Explain why the assumption of convex preferences implies that “averages are preferred to extremes.” Make both a formal argument and an intuitive one (that is, an explanation that can be understood by the “man on the street.”) (2) What does the negative slope of an indifference curve imply about a consumer’s tastes for the two goods? How would this change if one of the goods wasn’t a “good” at all (but instead a “bad”…something people do not like)? (3)...
1. Suppose we have the following relation defined on Z. We say that a ∼ b...
1. Suppose we have the following relation defined on Z. We say that a ∼ b iff 2 divides a + b. (a) Prove that the relation ∼ defines an equivalence relation on Z. (b) Describe the equivalence classes under ∼ . 2. Suppose we have the following relation defined on Z. We say that a ' b iff 3 divides a + b. It is simple to show that that the relation ' is symmetric, so we will leave...
Complete this in C++ and explain what is being done. 1      Introduction The functions in the...
Complete this in C++ and explain what is being done. 1      Introduction The functions in the following subsections can all go in one big file called pointerpractice.cpp. 1.1     Basics Write a function, int square 1(int∗ p), that takes a pointer to an int and returns the square of the int that it points to. Write a function, void square 2(int∗ p), that takes a pointer to an int and replaces that int (the one pointed to by p) with its...
PLEASE MAKE SURE TO EXPLAIN HOW ANSWERS WERE FOUND. THANK YOU Exercise 14.12 Computing Ratios (LO14-7)...
PLEASE MAKE SURE TO EXPLAIN HOW ANSWERS WERE FOUND. THANK YOU Exercise 14.12 Computing Ratios (LO14-7) A condensed balance sheet for Bradford Corporation prepared at the end of the year appears as follows: Assets Liabilities & Stockholders' Equity   Cash $ 104,000   Notes payable (due in 6 months) $ 44,000   Accounts receivable 110,000   Accounts payable 80,000   Inventory 280,000   Long-term liabilities 387,000   Prepaid expenses 60,000   Capital stock, $5 par 300,000   Plant & equipment (net) 570,000   Retained earnings 403,000   Other assets 90,000 Total...
1. Vim commands: a. How do you auto indent your program? b. Explain what the following...
1. Vim commands: a. How do you auto indent your program? b. Explain what the following commands do: dd, y3, p, :set cindent (1 pt) VIM exercises These exercises on the computer need to be repeated by each student in the pair. This is to ensure that both students understand how to get around in Linux!!! For this part of the lab, you will create a .vimrc file that will help you develop your C++ programs using VIM. First, we...
You will write a program that loops until the user selects 0 to exit. In the...
You will write a program that loops until the user selects 0 to exit. In the loop the user interactively selects a menu choice to compress or decompress a file. There are three menu options: Option 0: allows the user to exit the program. Option 1: allows the user to compress the specified input file and store the result in an output file. Option 2: allows the user to decompress the specified input file and store the result in an...
Functions displayGrades and addGrades must be rewritten so that the only parameters they take in are...
Functions displayGrades and addGrades must be rewritten so that the only parameters they take in are pointers or constant pointers. Directions: Using the following parallel array and array of vectors: // may be declared outside the main function const int NUM_STUDENTS = 3; // may only be declared within the main function string students[NUM_STUDENTS] = {"Tom","Jane","Jo"}; vector <int> grades[NUM_STUDENTS] {{78,98,88,99,77},{62,99,94,85,93}, {73,82,88,85,78}}; Be sure to compile using g++ -std=c++11 helpWithGradesPtr.cpp Write a C++ program to run a menu-driven program with the...
In this problem, you will model the mixing energy of a mixture in a relatively simple...
In this problem, you will model the mixing energy of a mixture in a relatively simple way, in order to relate the existence of a solubility gap to molecular behavior. Consider a mixture of A and B molecules that is ideal in every way but one: the potential energy due to the interaction of neighboring molecules depends upon whether the molecules are alike or different. Let n be the average number of nearest neighbors of any given molecule (perhaps 6...