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zetafunction
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let be n and integer and 'i' the imaginary unit
is then true that [tex] n^{ \frac{2i\pi n}{log}} =1 [/tex]
i believe that is true
is then true that [tex] n^{ \frac{2i\pi n}{log}} =1 [/tex]
i believe that is true
new to this forumzetafunction said:let be n and integer and 'i' the imaginary unit
is then true that [tex] n^{ \frac{2i\pi n}{log}} =1 [/tex]
i believe that is true
A complex number identity is an equation that relates two complex numbers to each other. It is used to prove the equality of two complex numbers.
A complex number identity involves complex numbers, which have both a real part and an imaginary part, while a real number identity only involves real numbers. Additionally, complex number identities may involve operations such as taking the conjugate or finding the absolute value, which do not apply to real numbers.
Some common examples of complex number identities are De Moivre's theorem, the Euler's formula, and the binomial theorem for complex numbers.
Complex number identities are used to simplify complex expressions, prove mathematical theorems, and solve problems in fields such as physics, engineering, and finance.
Yes, complex number identities can be applied to real-world situations, particularly in fields that involve calculations with complex numbers, such as electrical engineering, signal processing, and quantum mechanics.