Yes, the starfish pushes it's stomach out it's mouth then it opens and eats the food.
starfish
There is no animal that can take its stomach out. It's impossible but there are some animals that can flip their stomachs inside out. One of those animals is the starfish. Another is the great white shark..Fun Fact: Starfish have two stomachs: the cardiac stomach and the pyloric stomach. The cardiac stomach is a sack like stomach located at the center of the body and may be pushed out of the body to engulf and digest food. Some species are able to force open the shells of clams and mussels by injecting their stomachs into the shells. With the stomach inserted inside the shell, the starfish is able to digest the mollusk in place. The cardiac stomach is then brought back inside the body, and the partially digested food is moved to the pyloric stomach. Further digestion occurs in the intestine.
The starfish is an amazingly diverse aquatic animal. The starfish is able to regrow an arm, and able to regrow a whole new body from a detached arm.
RuminantOr another opinion:Mono-gastric (one-stomach).
Formaldehyde
Yes. All life that exists on Earth today evolved from earlier lifeforms.
starfish are able to have any number of legs over 3, up to any that can fit around their body.
Starfish are able to reproduce sexually and asexually. Asexually, the starfish are able to reproduce if part of the starfish's arm is removed, along with part of the central body. From that detached piece, another starfish will form, along with the first starfish regenerating a new arm where the original arm was located.
light.
Actually an animal has to have a stomach to live or else i would not be able to digest food through the stomach and if it had no teeth it would have to have strong jaws to chew up food or eat smooth food like soft food
H. pylori live in the mucous lining of the stomach. Safe inside there, they are able to fight the stomach acid that does reach it with urease it releases. Urease converts the urea in the stomach into bicarbonate and ammonia, which are strong bases. This creates a cloud of acid-neutralizing chemicals around the H. pylori, protecting it from stomach acid.
Then the cell wouldn't keep it's shape and wouldn't be able to hold everything together inside of the cells. And the animal wouldn't have any cells.