A circle on it's own has 3 degrees of freedom. One being the radius/diameter of the circle and the remaining two being the X and Y coordinates of the midpoint.and.....I LIKE APPLES
For futher inquiry
Feature Degrees of freedom
Circle 3
Line 4
Circular Arc 5
Ellipse 5
Elliptical Arc 7
Yes, they can exist.
No such triangle can exist. The sum of those angles is 204 degrees, but everybodyknows that the sum of the three interior angles of a triangle is always 180 degrees.
The circumference of a circle is a line. Because it is a line it has no area, only length. So the area of the circumference cannot exist!
the inability of science and religion to blend
Doesn't exist. No such thing.
sketck lines don't exist. sketch lines however are lines left over from the sketch.
I meant " = If a circle has its center infinitely into the right and has an infinite radius does the circle exist?" =
No, I can't. No such thing can exist. -- The interior angles of every triangle add up to 180 degrees. -- An obtuse triangle is one with an angle greater than 90 degrees in it. -- An equiangular triangle is one with all 3 angles the same size. If one of them is obtuse, then they're all obtuse. -- Three times (more than 90 degrees) = (more than 270 degrees). Not possible. -- So an obtuse equiangular triangle can't exist.
No; it would imply an association with that product that does not exist.
the relativity of freedom depends on what dimensional layer of universal reality you exist in.
we have freedom
Tropical climates exist between 23.5 degrees S and 23.5 degrees N latitude.
yes. yes it does, it's awesome.
Yes, they can exist.
The four degrees of competition that exist in a capitalistic economy are: perfect competition, monopolistic competition, oligopoly, and monopoly.
Yes it does lol
yes, a circle.