Where is the incenter located to the triangle?
It is NOT necessary that the incenter is located in the center of the triangle.
then where is it?
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Center of the circle inscribed in the triangle.
... where the circle touches the boundary of a given triangle.
If the circle touches all three sides, then the center has to be one radius away from all three sides, so therefore it is equidistant from all three sides.
got a pic of it parthkohli?
Same pic ;P
so how can i put that in a paragraph?
That's right. Steal @CliffSedge's explanation.
thanks so how can i put all that in a paragraph?
I guess say a combination of everything Parth and I said, but in your own words and throw in whatever insights of your own that might spice it up.
ok thank you
For something sort of related, but quite fascinating, check this out: http://illuminations.nctm.org/tools/IGD_lines/EulerLine.html
thats cool thanks
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