no it only has zero On the contrary, yes, it can.
Well let's see. The center of a circle is contained in every diameter of the circle,
and there are an infinite number of those, so I guess yes it can uh huh.
And on a related note:
One single line contains an infinite number of points. Until you cut it in half.
Then each piece contains an infinite number of points.
infinite number of lines
A cylinder has an infinite number of lines of symmetry (because a circle has an infinite number of lines of symmetry).
Yes the lines within the Cartesian plane are infinite
false they intersect at a single point
A sphere has an infinite number of lines of symmetry
Through a single given point, an infinite number of lines can be drawn. This is because you can draw a line in any direction from that point, creating countless possibilities. Each line can have a different slope or angle, resulting in an endless variety of lines. Thus, the answer is infinite.
There is an infinite number of lines.
An infinite number.
A circle
A circle has an infinite number of lines of symmetry. Any chord of the circle that passes through its center will be line of symmetry. Since there is an infinite number of chords, there is an infinite number of lines of symmetry.
An infinite number, because there are an infinite number of slopes with an infinite number of y-intercepts.
In principle, yes an infinite number can be drawn, but in practise you would run out of graphite to draw the lines before getting to an infinite number. Even if you converted all the matter in the universe to graphite (using some Star Trekian style technology), you would still run out.