I don't think a human foot has any lines of symmetry. I don't know about other species.
It has no reflection symmetry because the white diagonal lines are thicker on one side than the other.
For a right isosceles triangle (45-45-90), there is one line of symmetry that bisects the hypotenuse. For all other right triangles, there are zero lines of symmetry.
It would depend on the number of petals. For instance if a flower had five petals, it would have five lines of symmetry. You could divide it five ways (with lines) and each time you divide it each half is even with the other.
One or none.
No.
if all of the side are equal to each other, then it will have rotational symmetry. this means that if you stick a line through it and goes through the center, then it is a line of symmetry. the answer is infinity.
There are no lines of symmetry; However, the lines opposite are parallel to each other
Yes they only have one. There is no other lines of symmetry except for the line that cuts through the center of the butterfly.
An equilateral triangle has 3 lines of symmetry whereas an isosceles triangle only has 1 line of symmetry and other triangles have no lines of symmetry.
That depends on what type of triangle it is because an equilateral triangle has 3 lines of symmetry whereas an isosceles triangle has only 1 line of symmetry and any other triangles have no lines of symmetry.
no they do not they have to be equal so that proves there is NO lines of symmetry * * * * * It depends on the triangle. Equilateral triangles have 3 lines of symmetry, Isosceles triangles have 1 and all other triangles have none.
A parallelogram, other than a rhombus or rectangle.
That will depend on what type of triangle it is because an equilateral triangle has 3 lines of symmetry whereas an isosceles triangle has only 1 line of symmetry and other triangles have no lines of symmetry.
I don't think a human foot has any lines of symmetry. I don't know about other species.
It is its diameter which gives a circle infinite lines of symmetry
It has no reflection symmetry because the white diagonal lines are thicker on one side than the other.