Squares are easier to fold, but all origami are not squares. Some are rectangles, and even circles. The person that created this, probably thought squares were better too.
a squared dozen?? the printers measure is a ream
A drawing on squared paper that illustrates a concept simply.
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some math equations: For area of a triangle: A=1/2 b*h. *=Times or multiplication sign. Area of a square or rectangle: A=b*h Area of a circle: A=pi R squared [try writing this one on a piece of paper. Pythagorean Theorem: a squared + b squared=c squared. perimeter: 2b+2h
that means that 50 is multiplying itself. 50x50 is the way you write it or 50^2 On paper you can write it as 502
if you mean PI squared + PI squared / by 2 then that is.... 4.9298 solved on paper ... BUT if you mean what you said, the answer is YUMMY!
the answer is: television, seat of a chair, a door, a picture frame that's squared, a mirror when squared, notebook paper/binder paper, or a computer.
You could draw vertical lines down lined paper to create your own.
a squared dozen?? the printers measure is a ream
A drawing on squared paper that illustrates a concept simply.
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8 x 8 = 64cm squared
5 m/s squared
It depends on the material: silk, paper, steel etc will have different thicknesses.
some math equations: For area of a triangle: A=1/2 b*h. *=Times or multiplication sign. Area of a square or rectangle: A=b*h Area of a circle: A=pi R squared [try writing this one on a piece of paper. Pythagorean Theorem: a squared + b squared=c squared. perimeter: 2b+2h
that means that 50 is multiplying itself. 50x50 is the way you write it or 50^2 On paper you can write it as 502
he made the theorem C squared = A squared + B squared and A squared = C squared - B squared or B squared = C squared - A squared