Yes by cutting a corner the square will then have 5 sides
A straight line, a triangle, an octagon, a pentagon, a hexagon a square a rectangle a.........
Yes. Let's say you draw a square, with a triangle on top, like a house. The only line of symmetry for this is straight down the middle.
No, a pentagon has exactly 5 lines. A line is defined as a straight path that extends indefinitely in both directions, and a pentagon has 5 straight sides or edges.
A line is not a polygon. A polygon is a closed figure with straight sides, while a line is a straight path with no endpoints.
When a pentagon has one line of symmetry, it means that the shape can be divided into two identical halves along that line. Each half is a mirror image of the other, indicating a specific arrangement of its sides and angles. Typically, this type of symmetry suggests that the pentagon may be asymmetric overall, but still possesses a specific reflective quality along that single line.
A straight line, a triangle, an octagon, a pentagon, a hexagon a square a rectangle a.........
Yes. Let's say you draw a square, with a triangle on top, like a house. The only line of symmetry for this is straight down the middle.
No, a pentagon has exactly 5 lines. A line is defined as a straight path that extends indefinitely in both directions, and a pentagon has 5 straight sides or edges.
The base of a pentagon is a straight line. In a regular pentagon, the two adjacent sides include obtuse angles of 108 degrees.
Joining straight line of any two alternate vertices.
With the aid of a Tee square any type of straight line can be produced.
No because a defined straight line has 2 end points.
single bond
It depends on what the motion is. If the square is sliding along a straight line then the path of the vertex is a straight line. If the square is rotating, the answer will vary according to the location of the centre of rotation.
pentagon
A line is not a polygon. A polygon is a closed figure with straight sides, while a line is a straight path with no endpoints.
Single covalent bond.