animals with bilateral symmetry can find food and mate es and avoid preditors because they have sensory organs and good muscle control. ex of these types of animals would be a human
To Hide From Large Predators.
You can say a lot about the size of the animal and the length of development inside the mothers body. The bigger the animal inside the body the bigger it will be on the outside.
An example of an animal that has a notochord, nerve cord, and pharyngeal pouches at some point during its development is a chordate, such as a human. In embryonic development, humans possess these structures, which are characteristics of chordates.
The evolution of symmetry, tissues, a body cavity, patterns of embryonic development, and segmentation (repeated body units). Symmetry is found as radial symmetry (halves of the body mirror each other) and bilateral symmetry (symmetric in every direction). Cells differentiate into tissues which allows for specialized structures and functions. The evolution of body cavities allowed for the evolution of organ systems. There are 2 patterns of embryonic development in bilateraly symmetrical animals: protostomes and deuterostomes. Other embryonic development classifications are cleavage patterns (spiral and radial), determinate or indeterminate development, and coelom formation. With segmented animals, each segment has a set of organ systems. This is advantageous because if one segment is damaged, the animal will not die. Segmentation also allows animals to move more effectively since the segments can move fairly independently.
One of the biggest advantages of using a net gun when capturing an animal is safety of the animal and capturer. It is safer for the animal and doesn't harm it while it makes it easier on the person doing the capturing.
platyhalminthus nematoda annelida mollusca arthropoda echinodermata chordata are bilaterally symmetrical
Anterior refers to the head end of a bilaterally symmetrical animal. The word posterior refers to the rear end or tail end.
Bilaterally symmetrical
Cnidarians are true radially symmetrical animals. They include jellyfish. Echinoderms (like starfish) also display radial symmetry. It is important to note that the larvae of echinoderms are bilaterally symmetrical and that Echinoderms evolved from a bilaterally symmetrical group.
lion
Yes they are very symmetrical animals. So yea.
Body symmetry and cephalization are both animal evolution trends, and both are primarily seen in more complex animals (think humans rather than sponges). Therefore, both enhance the complexity and speed of an animal's response. Body symmetry and cephalization give an animal an advantage of better and more convenient usage of its senses and body parts.
The three differences between an animal that lives in the water and an animal that lives near the mountains are as follows:an animal that lives in the water may be asymmetrical, radially symmetrical or bilaterally symmetrical with streamlined body, whereas an animal that lives near the mountains will always show bilateral symmetry.an animal that lives in the water may be either cold-blooded or warm-blooded, but an animal that lives near the mountains will always be warm-blooded.an animal that lives in the water may be covered with spicules, scales or just tough skin, while an animal that lives near the mountains will always have a thick hide of hair or fur.
the Aboral
I belive 1%
because it is not bilaterally simmetrical.
When an animal's two sides mirror each other, it is described as bilaterally symmetrical. This symmetry means that if you were to draw a line down the center of the animal, both halves would be nearly identical in shape and structure. Bilateral symmetry is common in many animal groups, including mammals, birds, and fish, as it often aids in movement and balance. This feature plays a crucial role in evolutionary adaptations, influencing how animals interact with their environment.