A quadrilateral cannot have just 3 lines of symmetry. If it has three, then it must have 4 and is a square.
Lines of symmetry must be equal halves.
A parallelogram need have no lines of symmetry.
Yes, a trapezoid may have two lines of symmetry, but the trapezoid must also be a rectangle.If the trapezoid is not also a rectangle, the the most symmetry lines it can have possible is 1 (this can only occur it's an isosceles trapezoid.)
A kite or arrowhead.
A quadrilateral cannot have just 3 lines of symmetry. If it has three, then it must have 4 and is a square.
Lines of symmetry must be equal halves.
A parallelogram need have no lines of symmetry.
It has reflectional symmetry It has five lines of symmetry It is symmetrical
A line of symmetry must go from one vertex to the midpoint of the opposite side.
Yes, a trapezoid may have two lines of symmetry, but the trapezoid must also be a rectangle.If the trapezoid is not also a rectangle, the the most symmetry lines it can have possible is 1 (this can only occur it's an isosceles trapezoid.)
A kite or arrowhead.
The quadrilaterals that have right angles must have a perpendicular line because that's where it meets.
The word "ANGEL" has 0 lines of symmetry. In order for a word to have a line of symmetry, it must be the same when folded along that line. When you try to fold the word "ANGEL" along any possible line, it will not match up perfectly on both sides, therefore it has no lines of symmetry.
. It has reflectional symmetry It has six lines of symmetry All the internal angles are the same
Ah, an irregular hexagon is a special shape that can have different numbers of lines of symmetry. Each side must match up perfectly with another side for it to have a line of symmetry. So, depending on how the sides are arranged, an irregular hexagon can have anywhere from 0 to 6 lines of symmetry. Just remember, each one is unique and beautiful in its own way.
At most 5, since all symmetry lines must pass by a vertex. It has 5 if and only if the pentagon is regular.