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Wolfram mathematica pi on axis
Wolfram mathematica pi on axis





wolfram mathematica pi on axis wolfram mathematica pi on axis

Fractional factorials and multifactorials have been defined in a new perspective.

wolfram mathematica pi on axis

The moduli of the complex factorials of real negative numbers, and imaginary numbers are equal to their respective real positive number factorials. Similarly, the factorials of imaginary numbers are complex numbers. The factorials of real negative integers have their imaginary part equal to zero, thus are real numbers. As per the present concept, the factorials of real negative numbers, are complex numbers. New functions based on Euler’s factorial function have been proposed for the factorials of real negative and imaginary numbers. In the present paper, the concept of factorials has been generalised as applicable to real and imaginary numbers, and multifactorials. Presently, factorials of real negative numbers and imaginary numbers, except for zero and negative integers are interpolated using the Euler’s gamma function.







Wolfram mathematica pi on axis