In Java As discussed in the class, overloaded methods are two or more methods in the same class that use the same name but differ in the signature. Following are headings for three overloaded findMinimum methods. int findMinimum(int a, int b, int c) double findMinimum(double a, double b, double c) double findMinimum(double a, double b, double c, double d). These methods should return the given arguments' minimum (smallest) value. Your task is to implement these static overloaded methods. public class Minimum { public static void main(String args []) { int oneI = 50; // first number int twoI =14; // second number int threeI =18; // third number double oneD = 44.0; // first number double twoD =14.0; // second number double threeD =18.0; // third number double fourD =0.0; System.out.println("The minimum of" + oneI + ","+ twoI + "," + "and" + threeI + "is:" + findMinimum(oneI,twoI,threeI); System.out.println("The minimum of" + oneD + ","+ twoD + "," + "and" + threeD +"is:" + + findMinimum(oneD,twoD,threeD)); System.out.println("The minimum of" + oneD + ","+ twoD + "," + threeD +"and" +fourD +"is:" + + findMinimum(oneD, twoD, threeD, fourD)); } } // end class
In Java
As discussed in the class, overloaded methods are two or more methods in the same
class that use the same name but differ in the signature. Following are headings for
three overloaded findMinimum methods.
int findMinimum(int a, int b, int c)
double findMinimum(double a, double b, double c)
double findMinimum(double a, double b, double c, double d).
These methods should return the given arguments' minimum (smallest) value. Your
task is to implement these static overloaded methods.
public class Minimum
{
public static void main(String args [])
{
int oneI = 50; // first number
int twoI =14; // second number
int threeI =18; // third number
double oneD = 44.0; // first number
double twoD =14.0; // second number
double threeD =18.0; // third number
double fourD =0.0;
System.out.println("The minimum of" + oneI + ","+ twoI + "," + "and" +
threeI + "is:" + findMinimum(oneI,twoI,threeI);
System.out.println("The minimum of" + oneD + ","+ twoD + "," + "and" +
threeD +"is:" + + findMinimum(oneD,twoD,threeD));
System.out.println("The minimum of" + oneD + ","+ twoD + "," + threeD
+"and" +fourD +"is:" + + findMinimum(oneD, twoD, threeD, fourD));
}
} // end class
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