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==Polar Complex Numbers== | ==Polar Complex Numbers== | ||
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| + | Polar form is when a complex number is described by its length and angle. | ||
Example: <math>X = 1 < 60^{\circ} </math> | Example: <math>X = 1 < 60^{\circ} </math> | ||
... to be continued.... | ... to be continued.... | ||
Revision as of 18:25, 3 September 2008
Contents
Complex Numbers and Its Different Forms
Complex Numbers can be written in three forms or notations:
1. Rectangular
2. Trigonometric
3. Polar
Rectangular Complex Numbers
Example: $ X = 0.5 + \frac{\sqrt[]{3}}{2} j $
Trigonometric Complex Numbers
Example: $ X = cos60^{\circ} + jsin60^{\circ} $
Polar Complex Numbers
Polar form is when a complex number is described by its length and angle.
Example: $ X = 1 < 60^{\circ} $
... to be continued....
