program ——->

class Overload
{
int volume (int x) // volume of cube
{
return (x*x*x);
}
double volume(double r, int h) // volume
//cylinder
{
return (3.14519F*r*r*h);

}

long volume(long 1, int b, int h) // volume of // rectangular

{ return (l*b*h);
}
}
class Overload Demo2
{
public static void main(String args[])
{
Overload v=new Overload();
System.out.println(“Volume of a cube = “+v.volume(10));
System.out.println(“Volume of a cylinder = “+v.volume(2.5,8));
System.out.println(“Volume of a Rectangle = “+v.volume(100L,75,15));
}
}

output —–>

D:\jaava>javac Rational. java

D:\jaava>java ObjectAsParameter

2/5 + 3/7 = 29/35

D:\jaava>

AIM: To demonstrate the Method Overloading

Name of the Experiment:

Write a java Program for to demonstrate Method Overloading – Find Volume of cube, cylinder and rectangle.

HW/SW requirements:

Processor

AMD Athelon TM 1.67 GH,

RAM

: 256 MB

Hard Disk

: 40 GB

JDK is required, with compilers, notepad

Algorithm:

1. Start the program.
2. Declare the class overload with variables and load the values.
3. Define the methods, Overload the methods volume by using type of argument.
4. End of a class.
5. Start of main class
6. Define the main method and create the multiple objects.
7. Call the method volume on the basis of passing argument.
8. End of main class.
9. Compile the program.
10. Run the Class file and pass the Input see the output.
11. Stop the process.