SOLUTION: My question is really hard and not enrolled in a standard curriculum. Given a triangle on a complex plane which contains three vertizes {{{x}}},{{{y}}} and {{{z}}}. Find a number

Question 593661: My question is really hard and not enrolled in a standard curriculum.
Given a triangle on a complex plane which contains three vertizes , and . Find a number which is equal to incenter (a centre of inscribed circle) of triangle.
Well, I won't describe long computations but I was succesful to find the formula of the center of circumscribed circle, it is here: http://www.part.lt/img/56a97dbe7b0b5039eda438ab99b5f6cb97.jpg
Is there a source with similar expression of incenter?
Answer by richard1234(7193) (Show Source): You can put this solution on YOUR website!
Refer to (2) on the following website:

http://mathworld.wolfram.com/Incenter.html

Since complex numbers function like Cartesian vertices, you can use that formula for points in the complex plane.
RELATED QUESTIONS
Hi, I have a big test on complex numbers tomorrow and I am having a very hard time with... (answered by josmiceli,Edwin McCravy,austin92,richard1234)

I am given a pie chart with three foreign languages on it, French( 25%), Italian (20%),... (answered by davethejackal)

A survey at a certain school shows that 20% of the students are enrolled in Math, 23% are (answered by richwmiller)

What is a complex... (answered by richwmiller)

when a question asks you to show something algebraically, DO NOT substitute numbers for... (answered by venugopalramana)

Please help me solve this word problem about Compound Events:(union, intersection and... (answered by math_tutor2020,ikleyn)

Hello can you please help me classify the given numbers as real and rational, real and... (answered by stanbon)

I am having a hard time on a question on my math homework. The question is -7m + 3m = 8... (answered by josgarithmetic)