Question

Plane geometry question #1 - centres in a triangle

Answer 1

Very easy.

Answer 2

Find the distances first using distance formula.

Answer 3

\[ \left(\frac{ (ax_1+bx_2+cx_3)}{(a+b+c)}, \frac{ (ay_1+by_2+cy_3)}{(a+b+c)} \right) \]

Answer 4

So... what do you get for the answer?

Answer 5

I have to do it ? lol

Answer 6

nope, I realised that I got it correct actually :S

Answer 7

(2,2) btw this is a Equilateral triangle so you can just find the centroid.

Answer 8

o.o ....................................
Are you sure.......................?

Answer 9

2,2 is not the answer?

Answer 10

The answer is not (2,2) ............ ( Shocked!!!!!)

Answer 11

OOPS this is not a equilateral triangle. We have the use the in-center formula here.

Answer 12

in-center formula? Never heard of it !

Answer 13

It's elementary. How did you solved it?

Answer 14

Distance formula, I supposed. Did it few months ago, not sure.

Answer 15

I supposed this time I need to google it myself, nevermind

Answer 16

\[\frac{6*6}{6 + 6 + \sqrt2 6} = \frac{6}{2 + \sqrt2} = \frac{6(2-\sqrt2)}2 = 3(2 - \sqrt2)\]