We got a triangleABC
And theres a point P somewhere inside it.
The point P is said to be $\large\color{black}{valuabe}$ only if we can find exactly 27 rays coming from P intersecting the sides of triangleABC such that the triangle is divided by these rays into 27 smaller triangles of same area.
Determine number of $\large\color{Black}{valuable}$ points.
If your answer is of the form abcd
Express it like this-(a+b+c+d)!

Question

We got a triangleABC
And theres a point P somewhere inside it.
The point P is said to be $\large\color{black}{valuabe}$ only if we can find exactly 27 rays coming from P intersecting the sides of triangleABC such that the triangle is divided by these rays into 27 smaller triangles of same area.
Determine number of $\large\color{Black}{valuable}$ points.
If your answer is of the form abcd 
Express it like this->(a+b+c+d)!

ikram002p · Answer

|dw:1448803874384:dw|

and the rest i'm like WTH xD

ikram002p · Answer

sounds no chance to guess my password now lol.

ok i'll try to make sense of it again

imqwerty · Answer

lol xD 
you just gotta change your view thats all

ganeshie8 · Answer

|dw:1448803993599:dw|

ganeshie8 · Answer

consider all the triangles whose base is a segment of side AB

ganeshie8 · Answer

Easy to see that they all have same height : 

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