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// The function1 is a recursive procedure/function defined by: // function1(n) = (n mod 7) - 11 if n <= 4 - function1(n-2)*n - n*function1(n-4) - 5*n // otherwise int function1(int n) { if (n <= 4) int ans1 - n%7 - 11; return ans1; else { int ans1 = function1(n-2)*n - n*function1(n-4) - 5*n; return ans1; // The main calls function1 by entering an integer given by a user. void main() int ans, n; printf("Enter an integer:\n"); // read an integer from user and store it in "n" scanf("%d", &n); ans = function1(n); // print out the solution computed by function 1 printf("The solution is: %d\n", ans); return;

// The function1 is a recursive procedure/function defined by: // function1(n) = (n mod 7) - 11 if n <= 4 - function1(n-2)*n - n*function1(n-4) - 5*n // otherwise int function1(int n) { if (n <= 4) int ans1 - n%7 - 11; return ans1; else { int ans1 = function1(n-2)*n - n*function1(n-4) - 5*n; return ans1; // The main calls function1 by entering an integer given by a user. void main() int ans, n; printf("Enter an integer:\n"); // read an integer from user and store it in "n" scanf("%d", &n); ans = function1(n); // print out the solution computed by function 1 printf("The solution is: %d\n", ans); return;

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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// The function1 is a recursive procedure/function defined by: // function1(n) = (n mod 7) - 11 if n <= 4 %3D = function1(n-2)*n - n*function1(n-4) - 5*n // otherwise int function1(int n) { if (n <= 4) int ans1 = n%7 - 11; return ans1; } else { int ans1 = function1(n-2)*n - n*function1(n-4) - 5*n; return ans1; } // The main calls function1 by entering an integer given by a user. void main() { int ans, n; printf("Enter an integer:\n"); // read an integer from user and store it in "n" scanf ("%d", &n); ans = function1(n); // print out the solution computed by function 1 printf("The solution is: %d\n", ans); return;
Transcribed Image Text:// The function1 is a recursive procedure/function defined by: // function1(n) = (n mod 7) - 11 if n <= 4 %3D = function1(n-2)*n - n*function1(n-4) - 5*n // otherwise int function1(int n) { if (n <= 4) int ans1 = n%7 - 11; return ans1; } else { int ans1 = function1(n-2)*n - n*function1(n-4) - 5*n; return ans1; } // The main calls function1 by entering an integer given by a user. void main() { int ans, n; printf("Enter an integer:\n"); // read an integer from user and store it in "n" scanf ("%d", &n); ans = function1(n); // print out the solution computed by function 1 printf("The solution is: %d\n", ans); return;
Objectives: -write assembly language programs to: -define a recursive procedure/function and call it. -use syscall operations to display integers and strings on the console window -use syscall operations to read integers from the keyboard. Assignment Description: Implement a MIPS assembly language program that defines "main", and "function1" procedures. The function1 is recursive and should be defined as: function1 (n) = (n mod 7) - 11 if n <= 4 = function1(n-2)*n - n*function1(n-4) - 5*n otherwise
Transcribed Image Text:Objectives: -write assembly language programs to: -define a recursive procedure/function and call it. -use syscall operations to display integers and strings on the console window -use syscall operations to read integers from the keyboard. Assignment Description: Implement a MIPS assembly language program that defines "main", and "function1" procedures. The function1 is recursive and should be defined as: function1 (n) = (n mod 7) - 11 if n <= 4 = function1(n-2)*n - n*function1(n-4) - 5*n otherwise
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