A circle has infinite lines of symmetry caused by its diameter which can be rotated inside the circle.
There are infinite lines of symmetry in a circle because its diameter can revolve inside it at any position.
A circle has infinite lines of symmetry, all passing through the center. A square has four lines of symmetry: top to bottom, left to right, and the two diagonals.
A circle has lines of symmetry that are infinite
There are infinite lines of symmetry within a circle
A circle has infinite lines of symmetry caused by its diameter which can be rotated inside the circle.
There are infinite lines of symmetry in a circle because its diameter can revolve inside it at any position.
a square or a circle
A circle has infinite lines of symmetry, all passing through the center. A square has four lines of symmetry: top to bottom, left to right, and the two diagonals.
A circle has lines of symmetry that are infinite
If you had a circle and you halved it, exactly in the middle, then that line would be a line of symmetry! And it is the same with a square. If you halve it exactly in the middle then that would be called a line of symmetry! And then all the lines of symmetry in a square are down, across, diagonal from the left and then diagonal from the right! But in a circle there are LOTS of lines of symmetry!
There's an infinite number of lines of symmetry in a circle.
Yes, there are infinite lines of symmetry in a circle.
A circle has infinite lines of symmetry
a square, a rectangle, a diamond, a hexagon, or a circle
There are infinite lines of symmetry within a circle
A circle has infinite lines of symmetry