A symmetric figure is a figure that is symmetrical. This means that if you fold it in half that both sides will line up. I hope this helped you! :)
The shape descibed is not a symmetric figure. If it is folded on the diagonal line described, then the corners would stick off the sides. If the question is implying that they want to fold it in a differant way, then it would not be symmetrical because of the line. The line would not be in the place on both sides.
Any line through a circle has reflective symmetry about the radius that is at right angles to it.
Yes it has 3
Humans are symmetric (look in a mirror and imagine a vertical line going from the center of your forehead to the floor between your feet). Also, the letters W, T, Y, U, O, A, H, X, V, and M are symmetric.
No, a figure can be asymmetrical.
symmetric about the y-axis symmetric about the x-axis symmetric about the line y=x symmetric about the line y+x=0
Yes it does. when tilted it has the same symmetric line.
Yes, it is symmetric about a line perpendicular to it at any point.
SDSL- symmetric digital subscriber line
A symmetric figure is a figure that is symmetrical. This means that if you fold it in half that both sides will line up. I hope this helped you! :)
Symmetric digital subscriber line (SDSL)
this is very simple all you need to do is draw some sort of line some where through the middle and if it looks like you can fold it and it will be even on both sides then it is symmetric. other wise it is not. if there is a problem in which there is already a line and it is not exactly through the middle then it is not symmetric but as is you also need to watch for if there is a line through it and it is exactly in the middle AND you can fold it while it is even then it is symmetric. i hope this method helps:)
The shape descibed is not a symmetric figure. If it is folded on the diagonal line described, then the corners would stick off the sides. If the question is implying that they want to fold it in a differant way, then it would not be symmetrical because of the line. The line would not be in the place on both sides.
Any line through a circle has reflective symmetry about the radius that is at right angles to it.
If reflected in a horizontal line through its middle, it will read the same.
Yes it has 3