Calculate the hyperbolic cosecant of a complex number.

`=IMCSCH(inumber)`

- inumber - a complex number required

`=IMCSCH("4+3i")`

The function in Sourcetable returns the inverse cosecant of a complex number, and would return 0.13815897. This means that the cosecant of 4+3i is 0.13815897.

`=IMCSCH(5)`

The function can also be used to calculate the inverse cosecant of a real number, and would return 1.537475. This means that the cosecant of 5 is 1.537475.

`=IMCSCH("-2i")`

The function can also be used to calculate the inverse cosecant of an imaginary number, and would return -1.5707963. This means that the cosecant of -2i is -1.5707963.

`=IMCSCH("(1+2i)/(3-4i)")`

The function can also be used to calculate the inverse cosecant of a complex expression, and would return 0.11878894. This means that the cosecant of (1+2i)/(3-4i) is 0.11878894.

The IMCSCH function calculates the hyperbolic cosecant of a complex number, taking the complex number as its argument.

- The
**IMCSCH**function returns the hyperbolic cosecant of a complex number, which needs to be formatted as x+yi or x+yj. - The
**inumber**argument is required for the function to work, and it must be a complex number. - The function will return a #VALUE! error if the inumber argument is a logical value.

The IMCSCH function is used to calculate the hyperbolic cosecant of a complex number.

The IMCSCH function takes a complex number as its argument.

The complex number argument should be formatted as:

- x+yi
- x+yj

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