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The large yellow rectangle is made of nine perfect squares. If the area of the yellow square in the middle is four square inches, is it possible to find the area of the large yellow rectangle? If so, what is the area? If not, why not?
Hint: The proportions are intentionally distorted, don't try measuring the picture. PS: math roxors your boxors.
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width(t) = width(t-1)+width(t-2)
height(t) = height(t-1)+height(t-2)
width(0)=height(0)=4
(B) The other squares are not necessarily multiples of the smallest square.
(C) The number of divisions has nothing to do with total area. I can divide a pizza with an 8-inch radius into as many pieces, even or odd, as I want.
Does the yellow square have to divide into the Rectangle evenly????
Edit: Cause I don't think It does.
Your asking us to measure the rectangle with the yellow square????
f = g+2
e = f+2 = g+4
b = e+f = 2g+6
a = b+e = 3g+10
c = b+f+g = 4g+8
d = a+e+2 = 4g+16
h = g+c = 5g+8
g+h = d+2
=
g+5g+8 = 4g+16+2
=
6g+8 = 4g+18
2g+8 = 18
2g = 10
g = 5
a+d = 3g+10+4g+16 = 7g+26 = 35+26 = 61
d+h = 4g+16+5g+8 = 9g+24 = 45+24 = 69
area = 61*69 = 4209
Don't get me wrong, I am pretty good at math, I'm just not interested in it. Boring boring unfun useless to my particular happily oblivious American lifestyle. I'm damn good at cashier math though. One of the fastest cashiers you'll ever meet. I don't need the register to tell me how much something will cost plus tax or how much change you'll need or how much three of that item as opposed to one it will cost. The register is there so I can be lazy. haha.
Great way to combine art and math and get people to think. And cute laurels. I'm jealous. :P
lol..woot \o/