ExampleEdit & Run
#import the cmath module
import cmath

#print the hyperbolic sin of a number
print(cmath.sinh(0.5236))
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Output:
(0.5478548699981904+0j) [Finished in 0.01056281104683876s]

The cmath.sinh() function calculates the hyperbolic sine of a complex number given in radians. The angle must be in radians and not degrees.

Syntax:
cmath.sinh(x)
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x The angle(in radians) whose hyperbolic sine we want. The vale can be a real number or complex number. If it is a complex number, it is first converted to a complex value before the operation.
Parameters:

The function returns the hyperbolic sine of the input argument, x.

ExampleEdit & Run
import cmath

print(cmath.sinh(0.523598))
print(cmath.sinh(0.91-0j))
print(cmath.sinh(1+2j))
print(cmath.sinh(3 + 4j))
print(cmath.sinh(0j))
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Output:
(0.5478525895213024+0j) (1.0408991546755906+0j) (-0.4890562590412937+1.4031192506220405j) (-6.5481200409110025-7.61923172032141j) 0j [Finished in 0.010271452367305756s]