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What internal organ is used to remove oxygen from water?
Gills are the internal organs used by aquatic animals to remove oxygen from water. They extract oxygen from water through specialized structures and transfer it into the bloodstream to support the animal's respiratory process.
Does boiling water remove oxygen from the water?
No, boiling water does not remove oxygen from the water.
What organ exchanges oxygen and carbon dioxide with water?
lungs
What are organs that exchange oxygen and carbon dioxide with water?
The organ is gills.
Will boiling water remove oxygen from boiler water?
Boiling water will not remove oxygen from boiler water; it will actually deaerate the water, reducing the dissolved oxygen content. Oxygen removal from boiler water typically relies on mechanical deaeration processes or chemical treatments.
Structures that remove oxygen from water?
Gills
How can you remove oxygen from water?
One way to remove oxygen from water is through a process called deoxygenation, which involves using a chemical or physical method to strip the oxygen molecules from the water. This can be done through techniques such as boiling, purging with an inert gas like nitrogen, or using chemical agents that react with the oxygen to remove it from the water.
Why do goldfish come to the top of the water?
Goldfish come to the top of the water to breathe air because they have a special organ called a labyrinth organ that allows them to take in oxygen from the surface.
Which internal organ absorbs more water during water death?
Lungs because the animal or human would be gasping for air.
What does a fish gill remove from the water?
Oxygen to breathe
How do you make anaerobic water?
You remove oxygen from the environment
What Is The Organ That Exchanges Oxygen And Carbon Dioxide For Water?
The organ responsible for exchanging oxygen and carbon dioxide during respiration in water is called the gills. Gills are highly specialized structures found in aquatic animals such as fish that facilitate the exchange of these gases between the water and the animal's bloodstream.
