A square by definition has lines of symmetry. Therefore a square cannot be drawn without any lines of symmetry.
A square can be drawn with four lines.
A square can be drawn with four lines.
2
Yes, squares do have intersecting lines. Infact they have 2 diagnol intersecting lines.
A square can be drawn with four lines.
A square by definition has lines of symmetry. Therefore a square cannot be drawn without any lines of symmetry.
A square can be drawn with four lines.
A square can be drawn with four lines.
A square can be drawn with four lines.
This diagram is an example. The bolded lines are the lines you should draw._________ __________|/////////////|////////////////||/////////////|////////////////||/////////////|////////////////||/////////////|////////////////||-----------|-------------|Note: The top solid lines should be drawn, and the dashed lines on the bottom would be drawn, also. The slashes are just filling.
2
Yes, squares do have intersecting lines. Infact they have 2 diagnol intersecting lines.
Unless the rectangle is a square, it only has two lines of symmetry. Please refer to the Related Link below to see diagrams of both rectangles and squares with lines of symmetry drawn. The images are near the bottom of the page.
Set squares are useful for drawing parallel lines and perpendicular lines.
Not a clue. The correct answer is to take away a square. Since it requires 4 lines to make a square in the first place. Bam, just take away one of the squares. Pretty simple.
A parallelogram has no lines of symmetry unless it is a square, a rectangle or a rhombus.