No, anything in phylum Cnidaria (including corals) have radial symmetry
radial symmetry
Yes
Reacent studies show that they are actually both. hard to understand but very tru.
bacterial
bacterial
It has asymmetrical symmetry(no symmetry) at all. It has a random or awkward shape.
Brain corals are hemispherical or spherical in shape resembling a brain. They must me radially symmetrical organism.
Every thing that is distributed into the Phylum - Chordata category has: A hollow nerve cord, Backbone, Head with eyes and brain, Gill splits and a post anal tail sometimes during development. i hope this helped
Brain coral is found in shallow, warm water in the ocean. The brain coral will extend their tentacles at night to catch food.
Symmetrical bilateral transfer is the learning or relearning of skills for an individual. Symmetrical bilateral transfer occurs when an individual has traumatic brain injuries or autism spectrum disorders.
long, slim, round, like spaghetti. have bilateral symmetry. simple nervous system. ring of ganglia forms simple brain.
Symmetry is the way the body is proportioned. Humans have bilateral symmetry, which means that if we were cut in half (from head to toe) we would be exactly in half. Half of our brain on each side, half of our sternum on each side, etc.
Advantages - receiving signals from and moving away in every direction. Disadvantages - no complex brain system, i.e. no cephalization. Reduced speed.
Yes, frogs exhibit bilateral symmetry. Cephalization is the concentration of nervous tissue at one end of an organism. The frog has this nervous tissue (the brain) at the anterior end of the body (the head.)