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Complex Numbers: Absolute Value, Conjugate, Distance Formulas and Facts


Absolute value:

    The absolute value (or modulus or magnitude) of a complex number z = r e is defined as |z| = r. Algebraically, if

z = a + bi, then      the absolute value (modulus or magnitude)  of complex number in mathematical analisys



Absolute Value Properties

    For all complex numbers z and w the following can be checked:

math absolute value of the number z is zero    if and only if condition for the left equality in maths math complex number modulus of the sum of two complex numbers inequality mathematical analisys math modulus of the product of two complex numbers equality

Distance:

     By defining the distance function d(z, w) = |z − w| we turn the set of complex numbers into a metric space and we can therefore talk about limits and continuity.


Conjugate:

     The complex conjugate of the complex number z = a + bi is defined to be math complex conjugate of a complex number formula . As seen in the figure, math complex conjugate of a complex number formula is the "reflection" of z about the real axis.The following can be checked:

math complex conjugate of the sum of two complex numbers complex conjugate of the product of two complex numbers
math complex conjugate of the division of two complex numbers
the twice complex conjugate of a complex number is the number itsefl
the complex conjugate of a complex number is the number if and only if the number is real if and only if z is real
the modulus of a complex conjugate number is equl to the modulus of that number
the square of the absolute value of a complex number is the product between the number and it's complex conjugate
the inverse of a complex number formula in mathematical analisys formulaif z is non-zero.

To find out the absolute value or the square root of a complex number use our complex numbers calculator!



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