Examples of using Complex numbers in English and their translations into Chinese
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Calculates the magnitude of a complex number.
Not some complex number?
(c\) is a complex number.
What's the magnitude of a complex number?
The argument of the function can be any real or complex number or even an entirely different kind of mathematical object.
In extended complex number theory, 1/0 is defined to be a form of infinity that doesn't automatically collapse.
As scalar product of contours, Γ and N are called such complex number.
Note: All complex number functions accept"i" and"j" for suffix, but neither"I" nor"J".
The following example shows a complex number, 6+ j4 and its conjugate in the complex plane.
To extract these parts from a complex number z, use z. real and z. imag.
This problem arises because the point z= 0 has just one square root, while every other complex number z≠ 0 has exactly two square roots.
Another possibility is to represent it in a vector with two element, and another possibility is to represent it as a complex number.
That is, the real number a{\displaystyle a} is equivalent to the complex number a+ 0 i{\displaystyle a+0i}.
As a one-dimensional complex manifold, the Riemann sphere can be described by two charts, both with equal to the complex number plane C.
To extract these parts from a complex number z, use z. real and z. imag.
If a and b are two variables that contain a number, use complex(a, b) to form a complex number with them.
Then C1 is the complex number system, C2 is the bicomplex number system, C3 is the tricomplex number system of Corrado Segre, and Cn is the multicomplex number system of order n.
Both of which are complex numbers.
What about more complex numbers?
Complex numbers are also supported;