package com.logicbig.example.math;
public class CbrtExample {
public static void main(String... args) {
findCubeRoot(216);
findCubeRoot(10);
findCubeRoot(-27);
findCubeRoot(0);
}
private static void findCubeRoot(double value) {
String sign = value > 0 ? "Positive" : value < 0 ? "Negative" : "Zero";
double CubeRoot = Math.cbrt(value);
System.out.printf("The CubeRoot of %s Number %s = %.2f %n", sign, value, CubeRoot);
}
}
Output
The CubeRoot of Positive Number 216.0 = 6.00
The CubeRoot of Positive Number 10.0 = 2.15
The CubeRoot of Negative Number -27.0 = -3.00
The CubeRoot of Zero Number 0.0 = 0.00
package com.logicbig.example.math;
public class CbrtExample2 {
public static void main(String... args) {
findCubeRoot(729);
findCubeRoot(100);
findCubeRoot(-64);
}
private static void findCubeRoot(double value) {
double cubeRoot = Math.cbrt(value);
double cube = cubeRoot * cubeRoot * cubeRoot;
String perfect = cube == value ? "Perfect Cube" : "Not Perfect Cube";
System.out.printf("The CubeRoot of Number %s = %.2f (%s)%n", value, cubeRoot, perfect);
}
}
Output
The CubeRoot of Number 729.0 = 9.00 (Perfect Cube)
The CubeRoot of Number 100.0 = 4.64 (Not Perfect Cube)
The CubeRoot of Number -64.0 = -4.00 (Perfect Cube)
