Many jellyfish have four radial root canals and thus exhibit tetramerous radial symmetry. This form of radial symmetry means it can be divided into 4 equal parts
Radial symmetry.other animals (exept sponges) and other exeption have bilateral symetry. bilateral symmetrical animals have up and down side, and a front and a back leaving left and right the same. radial animals only have an up side and down side, they do not have a fornt and back side.radial symmetry
A jellyfish has radial symmetry. A jellyfish is part of the cnidaria species of animals and they generally have radial symmetry. Radial symmetric organisms are like a pie in terms of their shape. THey have no left or right sides. If you were to turn a radial symmetric animal on its side, it would like the same as it did prior.
bilateral symmetry
radial symmetry
Jelly fish are radial symmetrical
Sponges are asymmetrical, although a few species have nearly radial symmetry.
Hydra are symmetrical radially from the top
Jellyfish have radial symmetry.Jellyfish are a part of a group called Cnidarians and the have Radial Symmetry.radial symmatry. . . Means all planes about longitudinal axis wil give you two equal halves. .
they have radially symmetricalANS2:They appear to have radial symmetry but closer inspection will show that the madreporite (sieve plate) is not centered and the animal's behavior demonstrates that it has a preference in its axis of motion i.e., it has a "head end" even though it has no head. The bipinnaria larva of the starfish is bilaterally symmetrical and only takes on the apparent radial symmetry as an adult. Because of the off-center location of the madreporite, one could argue that the adult is bilaterally symmetrical but, junior high and high school biology classes don't encourage you to disagree so, you should probably answer "radial" if you are answering a multiple choice question.ANS3:Radial because it has more than one line of symmetry through the center Further Comment: I question the logic for answer 3. More than one line of symmetry through the central does not imply radial symmetry. I vote for ans1 as an approximation, and ans2 as a more detailed answer.
When something has symmetry in a radial (circular) pattern.
horses are radial symmetry