The java.lang.Math.sinh() returns the hyperbolic sine of a double value passed to it as argument. The hyperbolic sine of any value a is defined as,
(ea – e-a)/2
where e is Euler’s number.
If the argument is NaN, then the result is NaN. If the argument is infinity then the result will also be infinity with same sign as that of argument. If the argument is zero, then the result is a zero with the same sign as the argument.
Syntax :
public static double sinh(double a) Parameter : a : the value whose hyperbolic sine is to be returned.
Return :
This method returns the hyperbolic sine value of the argument.
Example 1 : To show working of java.lang.Math.sinh() method.
// Java program to demonstrate working// of java.lang.Math.sinh() methodimport java.lang.Math; class Gfg { // driver code public static void main(String args[]) { double a = 3.5; System.out.println(Math.sinh(a)); a = 90.328; System.out.println(Math.sinh(a)); }} |
Output:
16.542627287634996 8.470751974588509E38
Example 2 : To show working of java.lang.Math.sinh() method when argument is NaN or infinity.
// Java program to demonstrate working// of java.lang.Math.sinh() method infinity caseimport java.lang.Math; public class GFG { // Driver code public static void main(String[] args) { double positiveInfinity = Double.POSITIVE_INFINITY; double negativeInfinity = Double.NEGATIVE_INFINITY; double nan = Double.NaN; double result; // Here argument is negative infinity, // output will be negative infinity result = Math.sinh(negativeInfinity); System.out.println(result); // Here argument is positive infinity, // output will also be positive infinity result = Math.sinh(positiveInfinity); System.out.println(result); // Here argument is NaN, output will be NaN result = Math.sinh(nan); System.out.println(result); }} |
Output:
-Infinity Infinity NaN
