No. We cannot get oxygen from water. The oxygen that forms part of the water itself is locked away in H2O molecules and our bodies have no way of extracting it. Most water does contain dissolved oxygen, but since we do not have gills we cannot extract that either.
The respiratory system takes oxygen into the body and rids itself of carbon dioxide.
They make molecules of water
YES!!! You inhale oxygen and exhale carbon dioxide.
It gets rapidly broken down into oxygen and water by the enzyme peroxidase.
depletes oxygen
Eutrophication is the process by which a body of water acquires a high concentration of nutrients. This promotes excessive growth of algae. As the algae dies and decomposes, it depletes the water of available oxygen. That in turn kills other organisms.
magnesium
Less farm and industrial runoff reaches such sea: farm runoff - with high quantities of fertilizer - provides the development of oxygen-consuming algae, which depletes the oxygen and kills marine life.
Transpiration is the principal factor.
Nitrate is a nitrogenous fertilizer which promotes growth of algae and greenery. Too much is not good. Depletes the oxygen in the water for one thing
water cuz ecstasy depletes your hydration level and this will cause the body to start regenerating, thus the brain stops hurting
No. The human body cannot extract the oxygen from water.
As far as I know, it is the blood of your body that carries oxygen to all of your body parts.
Many of them deplete your body of minerals like potassium. Furosemide is one of the worst.
Consuming oxygen that took months to diffuse to that level, adding water vapor to the atmosphere (water vapor depletes ozone), and heating the atmosphere a little bit, which lets more water vapor cross over into the ozone layer.
Water can be depleted of it's oxygen by a number of different ways. Short of putting the water in a vacuum and "sucking" the dissolved oxygen out, oxygen-breathing organisms such as fish take oxygen from the water through respiration, for example. It is unlikely a large body of water to become completely deoxygenated due to the presence of photosynthetic aquatic organisms (plants) and the fact that oxygen is also dissolved in the water at the water's surface.