Java Program To Calculate Depreciation | Programs Hub

in Java Programs August 30, 2025 Comments Off on Java Program To Calculate Depreciation | Programs Hub

Java program to calculate Depreciation. Depreciation is a financial word, defined as the reduction of the recorded cost of a fixed asset in a systematic manner until the value of the asset becomes zero or negligible. We too added how to calculate the Depreciation, formula, and Java program in different ways. Do check it out.

What is Depreciation?

The decrease in value of assets (fair value depreciation)
The allocation of the cost of assets to periods in which the assets are used (depreciation with the matching principle)

Depreciation is a method of reallocating the cost of a tangible asset over its useful lifespan of it being in motion. Businesses depreciate long-term assets for both tax and accounting purposes.

How To Calculate Depreciation?

There are mainly three ways to calculate Depreciation.

Straight line method
Unit of production method
Double-declining balance method

You can refer to the article: What is Depreciation and how to calculate.

Java Program By Using Standard Values

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There you go with standard values.

class Depreciation
{
	public static void main(String arg[])	
	{
         long amount,deppercent,year,afterdep,temp;
	 amount=100000;
	 deppercent=10;
	 year=3;
	 temp=amount;
	 for(int i=0;i<year;i++)
	 temp=((100-deppercent)*temp)/100;
	 System.out.println("after depreciation = "+temp);
	
	    
	}
}

class Depreciation

{

public static void main(String arg[])

{

long amount,deppercent,year,afterdep,temp;

amount=100000;

deppercent=10;

year=3;

temp=amount;

for(int i=0;i<year;i++)

temp=((100-deppercent)*temp)/100;

System.out.println("after depreciation = "+temp);

}

output:

after depreciation = 72900

1	after depreciation = 72900

2. Java Program To Calculate Depreciation Through Scanner Class

Here we are taking inputs through scanner class.

import java.util.Scanner;
class Depreciation
{
public static void main(String arg[])
{
long amount,deppercent,year,afterdep,temp;
Scanner sc=new Scanner(System.in);
System.out.println("enter amount");
amount=sc.nextLong();
System.out.println("enter Depreciation percentage");
deppercent=sc.nextLong();
System.out.println("enter  number of years");
year=sc.nextLong();
temp=amount;
for(int i=0;i<year;i++)
temp=((100-deppercent)*temp)/100;
System.out.println("after depreciation = "+temp);


}
}

import java.util.Scanner;

class Depreciation

{

public static void main(String arg[])

{

long amount,deppercent,year,afterdep,temp;

Scanner sc=new Scanner(System.in);

System.out.println("enter amount");

amount=sc.nextLong();

System.out.println("enter Depreciation percentage");

deppercent=sc.nextLong();

System.out.println("enter number of years");

year=sc.nextLong();

temp=amount;

for(int i=0;i<year;i++)

temp=((100-deppercent)*temp)/100;

System.out.println("after depreciation = "+temp);

}

output:

output:1
enter amount
1000
enter Depreciation percentage
10
enter  number of years
1
after depreciation = 900

output:2
enter amount
1000
enter Depreciation percentage
10
enter  number of years
2
after depreciation = 810


output:3
enter amount
1000
enter Depreciation percentage
10
enter  number of years
3
after depreciation = 729

output:1

enter amount

1000

enter Depreciation percentage

enter number of years

after depreciation = 900

output:2

enter amount

1000

enter Depreciation percentage

enter number of years

after depreciation = 810

output:3

enter amount

1000

enter Depreciation percentage

enter number of years

after depreciation = 729

3. Inputs Through Command Line Arguments

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There you go another method by taking inputs through command line arguments. Command line arguments, if have no idea about command line arguments then you can check out our article here on what are command line arguments and how it works.

class Depreciation
{
	public static void main(String arg[])	
	{
                long amount,deppercent,year,afterdep,temp;
	 amount=Long.parseLong(arg[0]);
	 deppercent=Long.parseLong(arg[1]); 
	 year=Long.parseLong(arg[2]);
	 System.out.println("amount is = "+arg[0]);
	 System.out.println("Depreciation percent = "+arg[1]);
	 System.out.println("number of years = "+arg[2]);
	 
              	 temp=amount;
	 for(int i=0;i<year;i++)
	 temp=((100-deppercent)*temp)/100;
	 System.out.println("after depreciation = "+temp);
	
	    
	}
}

class Depreciation

{

public static void main(String arg[])

{

long amount,deppercent,year,afterdep,temp;

amount=Long.parseLong(arg[0]);

deppercent=Long.parseLong(arg[1]);

year=Long.parseLong(arg[2]);

System.out.println("amount is = "+arg[0]);

System.out.println("Depreciation percent = "+arg[1]);

System.out.println("number of years = "+arg[2]);

temp=amount;

for(int i=0;i<year;i++)

temp=((100-deppercent)*temp)/100;

System.out.println("after depreciation = "+temp);

}

output:

output:1

C:\Users\goutham\Desktop\E>javac Depreciation.java

C:\Users\goutham\Desktop\E>java Depreciation 2000 20 1
amount is = 2000
Depreciation percent = 20
number of years = 1
after depreciation = 1600

output:2
C:\Users\goutham\Desktop\E>javac Depreciation.java

C:\Users\goutham\Desktop\E>java Depreciation 2000 20 2
amount is = 2000
Depreciation percent = 20
number of years = 2
after depreciation = 1280

output:3

C:\Users\goutham\Desktop\E>javac Depreciation.java

C:\Users\goutham\Desktop\E>java Depreciation 2000 20 3
amount is = 2000
Depreciation percent = 20
number of years = 3
after depreciation = 1024

output:1

C:\Users\goutham\Desktop\E>javac Depreciation.java

C:\Users\goutham\Desktop\E>java Depreciation 2000 20 1

amount is = 2000

Depreciation percent = 20

number of years = 1

after depreciation = 1600

output:2

C:\Users\goutham\Desktop\E>javac Depreciation.java

C:\Users\goutham\Desktop\E>java Depreciation 2000 20 2

amount is = 2000

Depreciation percent = 20

number of years = 2

after depreciation = 1280

output:3

C:\Users\goutham\Desktop\E>javac Depreciation.java

C:\Users\goutham\Desktop\E>java Depreciation 2000 20 3

amount is = 2000

Depreciation percent = 20

number of years = 3

after depreciation = 1024

4. Using a User Define Method

import java.util.Scanner;
class Depreciation
{
	public static void main(String arg[])	
	{
                long amount,deppercent,year,afterdep,temp;
	Scanner sc=new Scanner(System.in);
	 System.out.println("enter amount"); 
	amount=sc.nextLong();
	System.out.println("enter Depreciation percentage"); 
	deppercent=sc.nextLong();
	System.out.println("enter  number of years"); 
	 year=sc.nextLong();
	 temp=depreciationCal(amount,deppercent,year);
	 System.out.println("after depreciation = "+temp);
	
	    
	}
	static long depreciationCal(long amount,long deppercent, long year )
	{
	 for(int i=0;i<year;i++)
	 amount=((100-deppercent)*amount)/100;
	 return amount;
	 
	}
}

import java.util.Scanner;

class Depreciation

{

public static void main(String arg[])

{

long amount,deppercent,year,afterdep,temp;

Scanner sc=new Scanner(System.in);

System.out.println("enter amount");

amount=sc.nextLong();

System.out.println("enter Depreciation percentage");

deppercent=sc.nextLong();

System.out.println("enter number of years");

year=sc.nextLong();

temp=depreciationCal(amount,deppercent,year);

System.out.println("after depreciation = "+temp);

}

static long depreciationCal(long amount,long deppercent, long year )

{

for(int i=0;i<year;i++)

amount=((100-deppercent)*amount)/100;

return amount;

}

output:

output:1
enter amount
10000
enter Depreciation percentage
50
enter  number of years
1
after depreciation = 5000

output:2
enter amount
10000
enter Depreciation percentage
50
enter  number of years
2
after depreciation = 2500

output:3
enter amount
10000
enter Depreciation percentage
50
enter  number of years
3
after depreciation = 1250

output:1

enter amount

10000

enter Depreciation percentage

enter number of years

after depreciation = 5000

output:2

enter amount

10000

enter Depreciation percentage

enter number of years

after depreciation = 2500

output:3

enter amount

10000

enter Depreciation percentage

enter number of years

after depreciation = 1250

5. Creating a Separate Class

( DepreciationCalculation) and taking inputs through scanner class.

import java.util.Scanner;
class DepreciationCalculation
{
	 long amount,deppercent,year,afterdep,temp;
	 DepreciationCalculation(long amount,long deppercent, long year )
	{
	 afterdep=amount;
	 for(int i=0;i<year;i++)
	 afterdep=((100-deppercent)*afterdep)/100;
	}
}
class Depreciation
{
	public static void main(String arg[])	
	{
                long amount,deppercent,year,afterdep,temp;
	Scanner sc=new Scanner(System.in);
	 System.out.println("enter amount"); 
	amount=sc.nextLong();
	System.out.println("enter Depreciation percentage"); 
	deppercent=sc.nextLong();
	System.out.println("enter  number of years"); 
	 year=sc.nextLong();
	 DepreciationCalculation d=new DepreciationCalculation(amount,deppercent,year);	
	 System.out.println("after depreciation = "+d.afterdep);
	
	    
	}
	
}

import java.util.Scanner;

class DepreciationCalculation

{

long amount,deppercent,year,afterdep,temp;

DepreciationCalculation(long amount,long deppercent, long year )

{

afterdep=amount;

for(int i=0;i<year;i++)

afterdep=((100-deppercent)*afterdep)/100;

}

class Depreciation

{

public static void main(String arg[])

{

long amount,deppercent,year,afterdep,temp;

Scanner sc=new Scanner(System.in);

System.out.println("enter amount");

amount=sc.nextLong();

System.out.println("enter Depreciation percentage");

deppercent=sc.nextLong();

System.out.println("enter number of years");

year=sc.nextLong();

DepreciationCalculation d=new DepreciationCalculation(amount,deppercent,year);

System.out.println("after depreciation = "+d.afterdep);

}

output:

output:1
enter amount
100000
enter Depreciation percentage
10
enter  number of years
5
after depreciation = 59049

output:2
enter amount
80000
enter Depreciation percentage
20
enter  number of years
2
after depreciation = 51200

output:3
enter amount
9000
enter Depreciation percentage
50
enter  number of years
1
after depreciation = 4500

output:1

enter amount

100000

enter Depreciation percentage

enter number of years

after depreciation = 59049

output:2

enter amount

80000

enter Depreciation percentage

enter number of years

after depreciation = 51200

output:3

enter amount

9000

enter Depreciation percentage

enter number of years

after depreciation = 4500

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Java Program To Calculate Depreciation | Programs Hub

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