by The IMSINH function returns the hyperbolic sine of a complex number in x+yi or x+yj text format
Syntax:= IMSINH(inumber)
The IMSINH function syntax has the following arguments:
- inumber: Required. A complex number for which you want the hyperbolic sine
Example: Let’s look at some Excel IMSINH function examples and explore how to use the IMSINH function as a worksheet function in Microsoft Excel:
Syntax: =IMSINH(A2)
Result:
Based on the Excel spreadsheet above, the following IMSINH examples would return:
Syntax: =IMSINH(A3)
Result: -0.489056259041294-1.40311925062204i
Syntax: =IMSINH(A4)
Result: -183.786961900368-83.1307424083639i
Syntax: =IMSINH(A5)
Result: 3.26893943207955-5.1601436675797i
Syntax: =IMSINH(A6)
Result: -27.0168132580039+3.85373803791938i
Syntax: =IMSINH(A7)
Result: -0.905578362006624i
Syntax: =IMSINH(A8)
Result: -4010.99608272426+571.753643292406i
Syntax: =IMSINH(A9)
Result: 7.74111755324774-26.1865273646092i
Syntax: =IMSINH(A10)
Result: 0.892721514737016+201.713660630601i
Syntax: =IMSINH(A11)
Result: 62.6166729967278+39.8190486246075i
Syntax: =IMSINH(A12)
Result: 4494.30277873999-10054.4786895655j
Syntax: =IMSINH(A13)
Result: 2066770526.262-4412341571.46529i
Note:
- You can use the complex function to convert real and imaginary coefficients into a complex number.
- If inumber is a value that is not in the x+yi or x+yj text format, IMSINH returns the #NUM! error value.
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If inumber is a logical value, IMSINH returns the #VALUE! error value
