None ! When submerged it holds its breath. When at the surface it breathes air. It doesn't breathe under water.
Crocs don't breath underwater. They have lungs and breathe air pretty much like you and I. Thye hold their breath while diving.
They only have one respriatory system and it is similar to humans. They breath oxygen from ther air with their lungs. When they are underwater they simply hold their breath (and can do so for a very long time). They do not breath water with gills like fish.
Octopuses breathe through gills, which are located inside their body cavity. They have a unique respiratory system that allows them to extract oxygen from water and expel carbon dioxide through their gills. This system enables them to efficiently extract oxygen from the water, allowing them to thrive in their aquatic environment.
The respiratory system of a perch involves extracting oxygen from the water. Frogs can extract oxygen from water and air while pigeons and pigs can only breathe in air.
they get the water from their mouth and they get their oxygen from breathing through their lungs.
well, a shark bite is usually created by a shark (when it bites you) and a crocodile bite is usually created by a crocodile.
When you breathe in cold air, the warm moisture from your lungs and respiratory system condenses into tiny water droplets. These droplets are then visible as a fog or mist when you exhale.
Yes, roaches can drown in water because they have a respiratory system that requires air to breathe. If they are submerged in water for a prolonged period of time, they will suffocate and die.
respiratory system
Yes, octopuses can breathe on land for a short period of time. They do this by absorbing oxygen through their skin, which is called cutaneous respiration. However, they cannot survive out of water for extended periods as they need water to support their respiratory system.
Fish breath little air particles in the water and kills separate the water from the air in the water but the air is not air that humans can breath its too thin
There are a number of ways in which the respiratory system has changed during the development of amphibians. Their respiratory system developed in such a way that they need more oxygen than they used to.