One
The axes create the quadrants.
a symmetrical line.
The coordinate axes are the x and y axes that intersect each other at right angles at the point of origin (0, 0) on the Cartesian plane.
The x is on the top left and y is on the bottom.
An infinite number; a circle is symmetrical by way of any line that passes through its center.
a circle has an infinite amount of symmetrical lines. everywhere you put a line through a circle, it will be symmetrical.
The only shape that is symmetric about a point are a circle, sphere and their multi-dimensional counterparts. There are many more functions that are symmetric about the axes or specific lines.
Infinitely many. A circle is perfectly symmetrical in that any line drawn through the circle's center bisects it into two exactly equal parts. As approximations to a circle, standard polygons (n-gons with all sides length L) or order 3 (triangles) and above have an increasing number of axes of symmetry. As the number of sides increases without bound (and thus as the length of each side shrinks towards 0), the number of symmetrical axes also increases without bound. So from a certain twisted viewpoint, a circle can be looked at as a "special polygon" with an infinite number of sides which have no length. =)
A circle has an infinite number of axes of reflection because it can be reflected across any diameter to produce the same shape.
Yes, a true cube is symmetrical about several axes.
one
Infinitely many. A circle is symmetrical in infinitely many ways as well.
a circle has infinite line of symmetry, if you spin it, it has still got infinite linesso yes it is symmetrical
Yes 1 of the diagonals of a kite is symmetrical
A circle is infinitely symmetrical.
yes it can be a circle has no straight sides, but is symmetrical