It is the challenge of constructing a square with the same area as a given circle by using only a finite number of steps with compass and straightedge. As pi (π) is a transcendental, rather than an algebraic irrational number, it cannot be done.
the illness was called Marbus Cyclometricus
The name is "morbus cyclometricus", coined by Augustus De Morgan, 1806-1871. "Sanitas cyclometricus" becomes the contrasting coinage when considering the probable ancient "illness" of trying to prove that the earth was not flat. Or consider this example which promotes reasoning and imagination: Inscribe a square within a circle so that two opposite sides are horizontal. Draw a straight line connecting the lower right corner with the upper left corner. Imagine the clockwise rotation* of the leftmost right triangle, keeping the left side length constant, the right side at 135 degrees and the horizontal side at 180 degrees. The length of the horizontal side always defines the side of a square. And when a certain scalene triangle is created, this side defines the side of the square of the circle, visually proving that only 3 points on a circle are required to draw its square. This geometry may also provide proof that transcendental Pi can be represented by a geometric object! * The triangle does not actually "rotate": the angle of the left side changes from 90 degrees to 45 degrees (close to 72.597 when the scalene triangle is created). To evaluate the scalene triangle, let the circle's diameter = 2000000 units; length of left side = square root of 2 x 1000000 and length of horizontal side = square root of Pi x 1000000.
i have no idea ive been trying to figure that out in like forever
it depends how big they are and how squished they are but probably about 14===============================Answer #2:Horsefeathers !You would have a tough job trying to make more than one (1) personstand in one square meter of floor space.
When you have the radius of a circle and you are trying to find the diameter, multiply the radius by two; the answer is the diameter. If you have the diameter and want to find the radius, divide the diameter by two; the answer will be the radius. The diameter is 54 centimeters.
-- I give you a circle, a compass, a straight edge, and a pencil. -- Your job: Construct a square that has the same area as the circle I gave you. In 1882, it was mathematically proven to be impossible.
they were trying to construct a square that perfectly circumscribes (surrounds) a given circle.
Some people became mentally deranged when trying to "square the circle". What was this illness named?
Morbus Cyclometricus
the illness was called Marbus Cyclometricus
construct a square that perfectly circumscribes (surrounds) a given square * * * * * What? The same square will do it - perfectly! It is, in fact, the challenge of constructing a square with the same area as a given circle by using only a finite number of steps with compass and straightedge. As pi (π) is a transcendental, rather than an algebraic irrational number, it cannot be done.
That's a question people have been trying to answer for centuries.
its called sex bro get out of math and get some
The Vicious Circle or What Are We Trying to Do - 1964 was released on: USA: 1964
when trying to find squ. feet you have to find the area. the area of a circle is half of the diameter squared times pi half of the diamter is the radius therefore the area in squ. ft would be.. A = pi x r2
Ptolemy is trying to explain in his model that each circle represents 1 planet's rotation and it's a scale drawing of the distance apart from each one!
that means that they are trying to scare away their enemy.