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FaRaH FaTiN LySSa

FaRaH FaTiN LySSa

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Farah Fatin Lyssa
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  • ▼  2012 (15)
    • ▼  June (15)
      • DAY 6 (19/06/2012)
      • Extra Notes
      • Properties of the Complex Set
      • Complex Numbers
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      • DAY 4 (14/06/2012)
      • DAY 3 (13/06/2012)
      • DAY 2 (12/06/2012)
      • DAY 1 (11/06/2012)
      • Rules of Integration
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List of Topics

  • Complex Numbers (3)
  • Gradient (4)
  • Integration (1)
  • Reflection (6)

Blog Archive

  • ▼  2012 (15)
    • ▼  June (15)
      • Salam Perkenalan
      • Gradient (Slope) of a Straight Line
      • Awesome video to calculate gradient
      • Games of Gradients
      • Practice make perfect!!!!!
      • Rules of Integration
      • DAY 1 (11/06/2012)
      • DAY 2 (12/06/2012)
      • DAY 3 (13/06/2012)
      • DAY 4 (14/06/2012)
      • DAY 5 (15/06/2012)
      • Complex Numbers
      • Properties of the Complex Set
      • Extra Notes
      • DAY 6 (19/06/2012)

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Topic of Discussion

  • Complex Numbers (3)
  • Gradient (4)
  • Integration (1)
  • Reflection (6)
Monday, 18 June 2012
In: Complex Numbers

Properties of the Complex Set

The set of complex numbers is denoted . Just like any other number set there are rules of operation.

The sum and difference of complex numbers is defined by adding or subtracting their real components ie:
The communitive and distributive properties hold for the product of complex numbers ie:
When dividing two complex numbers you are basically rationalizing the denominator of a rational expression. If we have a complex number defined as z =a+bi then the conjuate would be . See the following example:

Example:


Conjugates

The geometric inperpretation of a complex conjugate is the reflection along the real axis. This can be seen in the figure below where z = a+bi is a complex number. Listed below are also several properties of conjugates.

Properties:
                          



credit to :
http://algebra.nipissingu.ca/tutorials/complex_numbers.html


Posted by Farah Fatin Lyssa at 21:51
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