ITS BECAUSE OF THE GREEN AND THE ORANGE PIECE THE ORANGE PIECE FITS FINE IN THE TOP IMAGE BUT HAS A SQUARE TO LESS IN THE BOTTOM ONE
ANNA XX
ANNA on July 8th, 2008
2
anna your retarded. if you actualy counted it youd see they still equal 15 in each picture
miek on July 23rd, 2008
3
its just that way
dude on July 31st, 2008
4
wow!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
elcon on September 5th, 2008
5
That is Called Illusion
Nice….
Nagoor on September 13th, 2008
6
Look at the 12th box from the left, 3rd down and compare with the same box on the bottom illustration, you’ll see that the top is slanted more than the bottom, so much so that it accounts for one empty box. Whoever did this is very intelligent. Good job
Dan on September 19th, 2008
7
Niiice, but don’t be mean to anna i wulda thought the same thing you so mean r-tard fagg..
ldsbn[fokh on November 4th, 2008
8
Actually, if you get a sheet of graph paper and do it yourself, you will find that there is in fact a missing square when you rearrange the pieces.
I have yet to find an explanation… but maybe we should just accept that life doesn’t always follow the ‘logical’ or ‘normal’ pattern.
Physics Man on November 26th, 2008
9
the green triangle is steeper than the red one (5 boxes horizontaly and 2 verticaly to 8 boxes horizontaly to 3 verticaly)and you can see the diference if you shrink the picture
peter on December 30th, 2008
10
stupidooo…
im really crazy with the illusion…
janggo on January 17th, 2009
11
Its aranged in different ways , its the same pieces!
Alex on January 29th, 2009
12
I still don’t get it. I understand how the triangles bulge out and make a complete square, so there’s an extra square there. But I don’t understand how they removed that missing part of it. The shapes line up with the grid.
Dylan on March 23rd, 2009
13
The green triangle and the red trianlge are not similar, i.e. they have different angles, as peter said. quite a small difference too
smelly on March 30th, 2009
14
smelly, if you new basic geometry you wouldnt say things like “The green triangle and the red trianlge are not similar, i.e. they have different angles”. The red & green triangles have the SAME angles because the other 2 pairs of angles that are not right are CORRESPONDENT ANGLES
ITS BECAUSE OF THE GREEN AND THE ORANGE PIECE THE ORANGE PIECE FITS FINE IN THE TOP IMAGE BUT HAS A SQUARE TO LESS IN THE BOTTOM ONE
ANNA XX
anna your retarded. if you actualy counted it youd see they still equal 15 in each picture
its just that way
wow!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
That is Called Illusion
Nice….
Look at the 12th box from the left, 3rd down and compare with the same box on the bottom illustration, you’ll see that the top is slanted more than the bottom, so much so that it accounts for one empty box. Whoever did this is very intelligent. Good job
Niiice, but don’t be mean to anna i wulda thought the same thing you so mean r-tard fagg..
Actually, if you get a sheet of graph paper and do it yourself, you will find that there is in fact a missing square when you rearrange the pieces.
I have yet to find an explanation… but maybe we should just accept that life doesn’t always follow the ‘logical’ or ‘normal’ pattern.
the green triangle is steeper than the red one (5 boxes horizontaly and 2 verticaly to 8 boxes horizontaly to 3 verticaly)and you can see the diference if you shrink the picture
stupidooo…
im really crazy with the illusion…
Its aranged in different ways , its the same pieces!
I still don’t get it. I understand how the triangles bulge out and make a complete square, so there’s an extra square there. But I don’t understand how they removed that missing part of it. The shapes line up with the grid.
The green triangle and the red trianlge are not similar, i.e. they have different angles, as peter said. quite a small difference too
smelly, if you new basic geometry you wouldnt say things like “The green triangle and the red trianlge are not similar, i.e. they have different angles”. The red & green triangles have the SAME angles because the other 2 pairs of angles that are not right are CORRESPONDENT ANGLES