They use their hydrostatic skeleton.
Some animals have that a hydrostatic skeleton include jellyfish and earthworms. Additional examples include sea urchins and starfish. As a result of their flexibility, hydrostatic skeletons are particularly useful for locomotion.
Animals like jellyfish, earthworms, and sea anemones have a hydrostatic skeleton. This system uses fluid pressure within a cavity to provide structure and support to the organism. Hydrostatic skeletons allow for flexibility and movement in these soft-bodied animals.
A snake's skeleton consists of the skull, vertebral column, ribs, and a pair of pelvic girdle bones known as vestigial remnants of hind limbs. It lacks limbs and a breastbone, which allows for the snake's elongated and flexible body structure.
A snake's skeleton is internal and made of bones, while a fish's skeleton is primarily made of cartilage. Additionally, fish skeletons typically have two main sections: the backbone and the skull, while snake skeletons are more elongated and flexible to aid in their slithering movement.
No bones, but they do have a hydrostatic skeleton.
a hydrostatic skeleton
worm
no. not all invertebrates have a hydrostatic skeleton.hope it helped.
Yes, a hydrostatic skeleton is a type of skeleton found in certain invertebrates that uses fluid-filled compartments to provide support and structure to the body. It relies on the pressure of the enclosed fluid to maintain body shape and movement.
It is endoskeleton. Seahorses have an interior skeleton.
hydrostatic skeleton
They use their hydrostatic skeleton.
slug worm jellyfish
False!
They have a type of skeleton called a hydrostatic skeleton. This type of skeleton is a fluid filled sac which is surrounded by muscles.
The hydra does in fact have a skeleton. The type of skeleton it has is a hydrostatic skeleton where a coelom, or cavity filled with fluid, is surrounded by skeletal muscles.