they have gills
Yes, an octopus can breathe out of water because they have gills that allow them to extract oxygen from the air.
An octopus relies on extracting oxygen from water through its gills and cannot breathe air.
Octopuses have gills which exchange carbon dioxide for oxygen in the water.
Yes, an octopus can survive out of water for a short period of time due to its ability to absorb oxygen through its skin. However, prolonged exposure to air can be harmful and potentially fatal for an octopus.
Yes, an octopus can breathe outside of water for a short period of time because they have gills that allow them to extract oxygen from the air.
amm... water creatures like octopus etc.
orange orangutan oboe ocean olive oreo oxygen ostrich octopus outdoors orange orangutan oboe ocean olive oreo oxygen ostrich octopus outdoors
The additional hearts in an octopus's circulatory system serve a specific purpose. While the main heart pumps oxygenated blood to the octopus's body, the two auxiliary hearts play a crucial role in delivering blood to the gills. As water passes over the gills, oxygen is extracted and absorbed into the bloodstream, enabling the octopus to obtain the necessary oxygen for survival. click to know more about it youtube/WSAsqdCCsQA?feature=share
The octopus passes blood to its gills where it dumps co2 and takes rich oxygen
The mantle of an octopus serves several essential functions. It houses vital organs, including the gills, which facilitate respiration, allowing the octopus to extract oxygen from the water. Additionally, the mantle helps in locomotion by contracting and expanding to expel water, propelling the octopus through its environment. It also plays a role in protection, enclosing the body and providing a barrier against predators.
The beak-like mouth of an octopus is located on the mantel cavity at the back of the bulbous head of the octopus, surrounded by the eight legs. The mouth is the entryway to the mantle cavity which has gills inside of it. The octopus uses these gills to breathe. Water is brought into the octopus mouth and is then passed through the gills back into the body of water. As the water is pushed over the surface of the gills, oxygen is picked up by the blood in the capillaries of the gills.
Yes, a common octopus is a type of octopus