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#include int num, answer; int divide (int numer, int denom ) { int quotient, remain; remain = numer; quotient = 0; while ( remain >= denom ) { remain -= denom; quotient++; } // end for return quotient; } // end of divide() int modulus (int n, int d ) { int quot, rem; rem = n; quot = 0; while (rem >= d ) { rem -= d; quot++; } // end for return rem; } // end of modulus( ) int main() { printf("? "); scanf("%d", &num); answer = divide (num, 20); printf("%d/ 20 = %d\n", num, answer); answer = modulus (num, 20); printf("%d mod 20 = %d\n", num, answer); answer = divide (num, 35); printf("%d/ 35 = %d\n", num, answer); answer modulus (num, 35); printf("%d mod 35 = %d\n", num, answer); return 0; } // end of main

#include int num, answer; int divide (int numer, int denom ) { int quotient, remain; remain = numer; quotient = 0; while ( remain >= denom ) { remain -= denom; quotient++; } // end for return quotient; } // end of divide() int modulus (int n, int d ) { int quot, rem; rem = n; quot = 0; while (rem >= d ) { rem -= d; quot++; } // end for return rem; } // end of modulus( ) int main() { printf("? "); scanf("%d", &num); answer = divide (num, 20); printf("%d/ 20 = %d\n", num, answer); answer = modulus (num, 20); printf("%d mod 20 = %d\n", num, answer); answer = divide (num, 35); printf("%d/ 35 = %d\n", num, answer); answer modulus (num, 35); printf("%d mod 35 = %d\n", num, answer); return 0; } // end of main

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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translate the following c program into pep/9 assembly language 

 

#include <stdio.h> int num, answer; int divide ( int numer, int denom ) { int quotient, remain; remain = numer; quotient = 0; while ( remain >= denom ) { remain -= denom; quotient++; } // end for return quotient; } // end of divide() int modulus (int n, int d ) { int quot, rem; rem = n; quot = 0; while (rem >= d ) { rem -= d; quot++; } // end for return rem; } // end of modulus() int main() { printf("? "); scanf("%d", &num); answer = divide (num, 20); printf("%d / 20 = %d\n", num, answer); answer = modulus (num, 20); printf("%d mod 20 = %d\n", num, answer); answer divide (num, 35); printf("%d / 35 = %d\n", num, answer); answer = modulus(num, 35); printf("%d mod 35 = %d\n", num, answer); return 0; } // end of main
Transcribed Image Text:#include <stdio.h> int num, answer; int divide ( int numer, int denom ) { int quotient, remain; remain = numer; quotient = 0; while ( remain >= denom ) { remain -= denom; quotient++; } // end for return quotient; } // end of divide() int modulus (int n, int d ) { int quot, rem; rem = n; quot = 0; while (rem >= d ) { rem -= d; quot++; } // end for return rem; } // end of modulus() int main() { printf("? "); scanf("%d", &num); answer = divide (num, 20); printf("%d / 20 = %d\n", num, answer); answer = modulus (num, 20); printf("%d mod 20 = %d\n", num, answer); answer divide (num, 35); printf("%d / 35 = %d\n", num, answer); answer = modulus(num, 35); printf("%d mod 35 = %d\n", num, answer); return 0; } // end of main
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