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File: Money.asm #3 Author: ************ Date: mm/dd/yyyy # Purpose: Practice floating point; Break down cash to bills and coins #- # WRITE MIPS CODE FOR THE FOLLOWING C++ CODE: #3 #include #include #include #using namespace std; float cash; int remainder , twenty, ten, five, one, quarter, dime, nickel, penny; void main() { #3 # # cout <« "Enter amount of cash: "; //enter 56.68 cin >> cash; remainder = (int)(100.0f * cash) //use integers from now on twenty = remainder / 2000; remainder = remainder % 2000; ten = remainder / 1000; remainder = remainder %, 1000; five = remainder / 500; remainder = remainder % 500; one = remainder / 100; remainder = remainder % 100; quarter = remainder / 25; remainder = remainder % 25; dime = remainder % / 10; remainder = remainder % 10; nickel = remainder / 5; penny = remainder % 5; cout # #3 #3 //$20 #3 //$10 # //$5 #3 #3 //$1 #3 #3 //$0.25 2# #3 //$0.10 # //$0.05 //$0.01 #3 <« "\nTwenty \t" « twenty « "\nTen << "\nFive « "\nOne « "\nQuarter \t" « quarter « "\nDime <« "\nNickel \t" << nickel « "\nPenny %23 \t" <« ten \t" <« five \t" << one %23 #3 #3 # \t" <« dime #3 \t" « penny « endl; }//end main(O # SAMPLE OUTPUT: Enter amount of cash (56.68): 56.68 23 23 Twenty # 2 Ten Five One Quarter Dime Nickel #3 # Penny 3

File: Money.asm #3 Author: ************ Date: mm/dd/yyyy # Purpose: Practice floating point; Break down cash to bills and coins #- # WRITE MIPS CODE FOR THE FOLLOWING C++ CODE: #3 #include #include #include #using namespace std; float cash; int remainder , twenty, ten, five, one, quarter, dime, nickel, penny; void main() { #3 # # cout <« "Enter amount of cash: "; //enter 56.68 cin >> cash; remainder = (int)(100.0f * cash) //use integers from now on twenty = remainder / 2000; remainder = remainder % 2000; ten = remainder / 1000; remainder = remainder %, 1000; five = remainder / 500; remainder = remainder % 500; one = remainder / 100; remainder = remainder % 100; quarter = remainder / 25; remainder = remainder % 25; dime = remainder % / 10; remainder = remainder % 10; nickel = remainder / 5; penny = remainder % 5; cout # #3 #3 //$20 #3 //$10 # //$5 #3 #3 //$1 #3 #3 //$0.25 2# #3 //$0.10 # //$0.05 //$0.01 #3 <« "\nTwenty \t" « twenty « "\nTen << "\nFive « "\nOne « "\nQuarter \t" « quarter « "\nDime <« "\nNickel \t" << nickel « "\nPenny %23 \t" <« ten \t" <« five \t" << one %23 #3 #3 # \t" <« dime #3 \t" « penny « endl; }//end main(O # SAMPLE OUTPUT: Enter amount of cash (56.68): 56.68 23 23 Twenty # 2 Ten Five One Quarter Dime Nickel #3 # Penny 3

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
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File: Money.asm # Author: ************ Date: mm/dd/yyyy # Purpose: Practice floating point; Break down cash to bills and coins #- # WRITE MIPS CODE FOR THE FOLLOWING C++ CODE: #include <iostream> #include <string> #include <math.h> #using namespace std; float cash; int remainder , twenty, ten, five, one, quarter, dime, nickel, penny; void main() { # # # cout <« "Enter amount of cash: "; //enter 56.68 cin >> cash; remainder = (int)(100.0f * cash) //use integers from now on twenty = remainder / 2000; remainder = remainder % 2000; ten = remainder / 1000; remainder = remainder %, 1000; five = remainder / 500; remainder = remainder % 500; one = remainder / 100: remainder = remainder % 100; quarter = remainder / 25; remainder = remainder % 25; dime = remainder % / 10; remainder = remainder % 10; nickel = remainder / 5; penny = remainder % 5; cout # # //$20 # # //$10 # # //$5 # 23 //$1 %23 //$0.25 # # #3 //$0.10 //$0.05 //$0.01 #3 # <« "\nTwenty \t" << twenty <« "\nTen <« "\nFive « "\nOne <« "\nQuarter \t" << quarter « "\nDime <« "\nNickel \t" << nickel « "\nPenny # \t" << ten \t" << five \t" << one 23 23 2# # \t" <« dime # \t" « penny « endl; #3 }//end main() # SAMPLE OUTPUT: 23 Enter amount of cash (56.68): 56.68 #3 %23 Twenty # 2 1 Ten Five One Quarter # # # # Dime Nickel Penny 1 # 23 3
Transcribed Image Text:File: Money.asm # Author: ************ Date: mm/dd/yyyy # Purpose: Practice floating point; Break down cash to bills and coins #- # WRITE MIPS CODE FOR THE FOLLOWING C++ CODE: #include <iostream> #include <string> #include <math.h> #using namespace std; float cash; int remainder , twenty, ten, five, one, quarter, dime, nickel, penny; void main() { # # # cout <« "Enter amount of cash: "; //enter 56.68 cin >> cash; remainder = (int)(100.0f * cash) //use integers from now on twenty = remainder / 2000; remainder = remainder % 2000; ten = remainder / 1000; remainder = remainder %, 1000; five = remainder / 500; remainder = remainder % 500; one = remainder / 100: remainder = remainder % 100; quarter = remainder / 25; remainder = remainder % 25; dime = remainder % / 10; remainder = remainder % 10; nickel = remainder / 5; penny = remainder % 5; cout # # //$20 # # //$10 # # //$5 # 23 //$1 %23 //$0.25 # # #3 //$0.10 //$0.05 //$0.01 #3 # <« "\nTwenty \t" << twenty <« "\nTen <« "\nFive « "\nOne <« "\nQuarter \t" << quarter « "\nDime <« "\nNickel \t" << nickel « "\nPenny # \t" << ten \t" << five \t" << one 23 23 2# # \t" <« dime # \t" « penny « endl; #3 }//end main() # SAMPLE OUTPUT: 23 Enter amount of cash (56.68): 56.68 #3 %23 Twenty # 2 1 Ten Five One Quarter # # # # Dime Nickel Penny 1 # 23 3
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