Put simply looking at the square, the orange and blue shapes have the slope of 2 across for 5 up whereas the red and green shapes have slope 8 across for 3 up. 5/2 is not 8/3 henceforth impossible
just as everyone pointed out, in one part of the figure, the diagonal goes 2.5 squares right and for 1 square up, and in another part, it goes 3 right for 1 up, therefore it's not the same line
This is a visual trick the angle of the two inclines is not the same one is 2/5 and one is 3/8 so the diagonals are not a straight line and creat a ramboid whose surface area is equal to one.. Therefore 8x8 is not equal to the 5x13.
@SittingOnEdgeman Would you say that the derivative OF A FUNCTION can be not a function? I'm curious I disagree and I think I could prove it but I may be missing something.
0:22 The square's sides don't coincide exactly. Therefore you can't simply do 5*13. You can also see that there's a lil bit missing. On top of the resulting "rectangle". The area of that little missing part is 1.
that is just parallelogram .It look like rectangle but angles are not right.
and 64/13= 4,(923076) so angles are not so different as in rectangle
revison97 1 month ago
@speng120 that's right,
Thales' theorem :)
pafeuvip 1 month ago
Put simply looking at the square, the orange and blue shapes have the slope of 2 across for 5 up whereas the red and green shapes have slope 8 across for 3 up. 5/2 is not 8/3 henceforth impossible
speng120 1 month ago
just as everyone pointed out, in one part of the figure, the diagonal goes 2.5 squares right and for 1 square up, and in another part, it goes 3 right for 1 up, therefore it's not the same line
andreirocks1992 2 months ago
middle bit have overlap, not a math trick, just an illusion
Typho0n86 2 months ago
This is a visual trick the angle of the two inclines is not the same one is 2/5 and one is 3/8 so the diagonals are not a straight line and creat a ramboid whose surface area is equal to one.. Therefore 8x8 is not equal to the 5x13.
leanpower 3 months ago
@SittingOnEdgeman Would you say that the derivative OF A FUNCTION can be not a function? I'm curious I disagree and I think I could prove it but I may be missing something.
raydredX 3 months ago
@menthol5 Derivatives cannot be greater than one?....
raydredX 3 months ago
0:22 The square's sides don't coincide exactly. Therefore you can't simply do 5*13. You can also see that there's a lil bit missing. On top of the resulting "rectangle". The area of that little missing part is 1.
raydredX 3 months ago
Math geeks in our presence ><
8RyuRyu8 3 months ago