Radial symmetry and tube feet are not organism or animals , hence they don't live in water , these are character or structures found in Echinodrm animals which are marine animals .
Webbed feet animals, like frogs/toads, normally live in small ponds, river banks, streams or shallow waters. Ducks, for an example, can live in rivers or lakes, or even high or shallow waters. It isn't known for ducks or frogs or swans or webbed feet animals to live in the sea.
Frogs have moist skin, webbed feet, and powerful hind limbs that allow them to live both on land and in water. This combination of features helps them to efficiently move and breathe in both environments.
water doesn't live, it enables a human being to live. yay water!!!!
Yes, frogs are amphibians, which means they can live both on land and in water. They have moist skin that helps them breathe through it when on land and are adapted for swimming with their webbed feet when in water.
water lilykelpgreen algaduckweedreed macewater starworteelgrasscoontailmusk grasswater poppywatercressetc.
Radial symmetry is uncommon in land animals because unlike seagoing creatures their habitats are far less threatening.
Radial symmetry is advantageous for organisms in water because it allows them to capture food and detect predators from all directions. This type of symmetry is less practical on land where there is more need for mobility and directional movement. Land-dwelling animals have evolved bilateral symmetry to facilitate efficient movement in a single direction.
Radial symmetry is the arrangement of equal parts (legs, spines, etc.) in a balanced way around a central body.
The major difference between echinoderms and other invertebrates is that there are few examples echinoderms that do not live in ocean water and none live on land. There are examples of other invertebrates that live in both fresh and salt water and on land. Echinoderms also display radial symmetry as do the jellyfish and sea anemones. If you want to tag the one thing that echinoderms have that no other living invertebrate has, you would probably have to point to their water vascular system (see link). If you have the McGraw Hill science textbook for 6th grade then you are all set. Look on pages A40-A48.
Starfishes, sea urchins, and sea lilies all belong to the phylum echinodermata. Like some other invertebrates, echinoderms live their lives entirely in water. They can be recognized by their spiny skin and by their five part radial symmetry.
Radial symmetry is when, for example, you can cut an organism in any way,and both ends would be directly the same. For example, if you cut a jellyfish in half, both sides would be the same. An easier example to remember is if you have a round chocolate cake and you slice it in half, both sides would be the same in shape.
Sponges exhibit asymmetry, which means they do not have any specific symmetry pattern like radial or bilateral symmetry seen in other animals. Their body plan is characterized by a lack of organized tissues and organs.
yes
Body structure: Animals can be classified based on their body symmetry (such as radial or bilateral symmetry) and body features (like presence of a backbone). Reproduction: Animals can be grouped based on their mode of reproduction, whether they lay eggs, give birth to live young, or reproduce asexually. Habitat and behavior: Animals can also be classified based on their habitat (land, water, or air) and behavior patterns (for example, carnivores or herbivores).
Jellyfish do not live that far under the water's surface. These jellyfish typically only live a few feet under the water.
10 feet
One adaptation of the mute swan is that they have webbed feet to live near water.