import java.util.Scanner; import java.math.BigInteger; public cl.pdf
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The document contains a Java class named 'money' that encapsulates the representation and manipulation of money in terms of dollars and cents. It includes methods for adding and removing amounts, as well as a method for displaying the current amount. The main method demonstrates the functionality by creating an instance and adding a specific amount.
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![if(c>cents){
cents=0;
}
else{
cents-=c;
}
dollars=cents/100;
cents=cents%100;
}
public String getMoney(){
return dollars+" dollars and "+cents+" cents";
}
public static void main(String []args){
Money h=new Money(1,75);
h.add(190);
System.out.println(h.getMoney());
}
}
Solution
import java.util.Scanner;
import java.math.BigInteger;
public class Money{
private int dollars;
private int cents;
public Money(){
dollars=0;
cents=0;
}
public Money(int d,int c){
dollars=d+c/100;
cents=c%100;](https://image.slidesharecdn.com/importjava-230408070906-c51aa5a0/85/import-java-util-Scanner-import-java-math-BigInteger-public-cl-pdf-2-320.jpg)
![}
public Money(int c){
dollars=c/100;
cents=c%100;
}
public void add(int c){
cents+=c;
dollars+=cents/100;
cents=cents%100;
}
public void add(int d,int c){
cents+=c;
dollars=dollars+d+cents/100;
cents=cents%100;
}
public void remove(int c){
cents=dollars*100+cents;
if(c>cents){
cents=0;
}
else{
cents-=c;
}
dollars=cents/100;
cents=cents%100;
}
public String getMoney(){
return dollars+" dollars and "+cents+" cents";
}
public static void main(String []args){
Money h=new Money(1,75);](https://image.slidesharecdn.com/importjava-230408070906-c51aa5a0/85/import-java-util-Scanner-import-java-math-BigInteger-public-cl-pdf-3-320.jpg)
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import java.util.Scanner; import java.math.BigInteger; public cl.pdf
- 1. import java.util.Scanner; import java.math.BigInteger; public class Money{ private int dollars; private int cents; public Money(){ dollars=0; cents=0; } public Money(int d,int c){ dollars=d+c/100; cents=c%100; } public Money(int c){ dollars=c/100; cents=c%100; } public void add(int c){ cents+=c; dollars+=cents/100; cents=cents%100; } public void add(int d,int c){ cents+=c; dollars=dollars+d+cents/100; cents=cents%100; } public void remove(int c){ cents=dollars*100+cents;
- 2. if(c>cents){ cents=0; } else{ cents-=c; } dollars=cents/100; cents=cents%100; } public String getMoney(){ return dollars+" dollars and "+cents+" cents"; } public static void main(String []args){ Money h=new Money(1,75); h.add(190); System.out.println(h.getMoney()); } } Solution import java.util.Scanner; import java.math.BigInteger; public class Money{ private int dollars; private int cents; public Money(){ dollars=0; cents=0; } public Money(int d,int c){ dollars=d+c/100; cents=c%100;
- 3. } public Money(int c){ dollars=c/100; cents=c%100; } public void add(int c){ cents+=c; dollars+=cents/100; cents=cents%100; } public void add(int d,int c){ cents+=c; dollars=dollars+d+cents/100; cents=cents%100; } public void remove(int c){ cents=dollars*100+cents; if(c>cents){ cents=0; } else{ cents-=c; } dollars=cents/100; cents=cents%100; } public String getMoney(){ return dollars+" dollars and "+cents+" cents"; } public static void main(String []args){ Money h=new Money(1,75);