Arthropods exhibit bilateral symmetry, meaning their bodies can be divided into two mirror-image halves along a single plane. This symmetry is characteristic of many animals and is evident in their segmented bodies, paired appendages, and the arrangement of their organs. Additionally, some arthropods may display asymmetrical features, particularly in specific adaptations like specialized limbs or shells, but the overall body plan maintains bilateral symmetry.
Depending on the triangle, there may be three, one, or none.
Lots of shapes have symmertry so find out yourself LAZY1!
Any rectangle has two lines of symmetry - one dividing it in half horizontally and one vertically, both passing through the center.
== == An isosceles triangle with sides 5, 5, 3. The only line of symmetry is the line joining the midpoint of the side of 3 units to its opposite vertex.
There are no lines of symmentry in a scalene triangle. If you were to put a line anywhere in a scalene triangle, the two sides would not be symmetrical because scalene triangle has all different sides and all different angles.
A coral REEF (the biome made of corals) shows no symmetry.
Bilateral
Yes.
1 lines
4
It has 2 symmetry lines
four just like a square
Depending on the triangle, there may be three, one, or none.
Lots of shapes have symmertry so find out yourself LAZY1!
None normally unless it's in the form of a rectangle which has 2 lines of symmetry.
-- isosceles triangle -- trapezoid -- 2-dimensional front-external-view of the human body
It depends on the length of the sides, if they are all equal in length, then yes. If not, then the probability of it having rotational symmertry is as likely as not.