- Does bilateral symmetry allow for directional motion?
- How does a bilateral symmetry move?
- How do you know if an animal has bilateral symmetry?
- What is the advantage that bilateral symmetric animals have?
Does bilateral symmetry allow for directional motion?
In contrast to radial symmetry, which is best suited for stationary or limited-motion lifestyles, bilateral symmetry allows for streamlined and directional motion.
How does a bilateral symmetry move?
bilateral symmetry The arrangement of the body components of an animal such that one plane divides the animal into two halves which are approximate mirror images of each other. Bilateral symmetry is associated with movement in which one end of the animal constantly leads.
How do you know if an animal has bilateral symmetry?
To determine whether an animal has bilateral symmetry, it is possible to draw an imaginary (or real!) line down the center from its tip to the end; a bilaterally symmetrical animal will have two sides which are near identical, albeit a mirror image.
What is the advantage that bilateral symmetric animals have?
The advantages of bilateral symmetry include the formation of a head and tail region, where the head region can house a detailed nervous system, and more directional movement to include the ability to move straight forward.