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Complex Number Affix

Tool to calculate the affix of a complex number. The affix of a complex number is the number $z$ of the form $ai + b$ representing the coordinates of the number in the complex plane.

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Complex Number Affix -

Tag(s) : Arithmetics, Geometry

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# Complex Number Affix

## Affix from Vector Calculator

### Vector defined by 2 points

Tool to calculate the affix of a complex number. The affix of a complex number is the number $z$ of the form $ai + b$ representing the coordinates of the number in the complex plane.

### How to calculate the affix of a complex number?

The affix of a complex number is equivalent to the value of the complex number $z$ and is represented by $a + ib$ with $a$ the real part (coordinate $x$) and $b$ the imaginary part (coordinate $y$) in the complex plan.

Example: An point with abscissae $2$ (x-axis, real part) and ordinate $3$ (y-axis, imaginary part) in the complex plane has the affix $z = 2 + 3 i$

The term affix is less and less used today because it is generally replaced by the general term complex number.

### How to calculate the affix of a vector?

The affix of a vector is the complex number equivalent to it (same coordinates in the complex plane)

Example: A vector of the complex plane with components $(4,2)$ has the affix $z = 4 + 2 i$

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