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.
Hydrogen, then oxygen, then carbon. Your body is 70 percent water, which is two thirds hydrogen and one third oxygen.
There is sixty percent water in your body. Water is made up of oxygen and hydrogen. There are double the number of hydrogen atoms or molecules as compared to oxygen in the water. But you have the mass of oxygen atom or molecule is 16 times more than that of hydrogen atom or the molecule. In case of water hydrogen to oxygen mass is one to eight, in proportion.
respiration- The body takes in oxygen and glucose and turns it into carbon dioxide. Glucose is a mix of Carbon D, oxygen, and water. The body uses the oxygen, gets rid of the carbon dioxide and uses some of the water( the rest of the water is waste).
Water nurtures the blood and oxygen plays a vita role in keeping you breathing.
Oxygen plays a massive role in the human body. Oxygen is responsible for delivering nutrients to the cells in the human body.
A body of water can be depleted of oxygen by excessive nutrient runoff (eutrophication), which leads to algal blooms that consume oxygen as they decompose. Pollution from industries or sewage can also introduce harmful substances that reduce oxygen levels in the water. Additionally, temperature changes and natural processes like decomposition can contribute to oxygen depletion.
Oxygen-depleted blood can be found in the veins, as it has already delivered oxygen to the body's tissues and is returning to the heart to be reoxygenated in the lungs.
It may or may not, it depends mostly on the level of oxygen in the water. Oxygen depleted water actually preserves wood almost completely.
Veins carry oxygen depleted blood to the heart.
There is no free oxygen on the ocean floor. Oxygen is usually present in the water column, but it becomes depleted in deeper parts of the ocean where organic matter decays and consumes the available oxygen.
Stream water typically has more oxygen because it flows constantly, allowing more oxygen from the air to dissolve into the water. In contrast, pond water is stagnant and can become depleted in oxygen over time due to limited exchange with the atmosphere.
Hypoxia is the term used for low, or depleted, oxygen levels. It occurs naturally at high altitudes or in the deeper regions of the sea.
Oxygen can be greatly depleted from ocean water by heavy plant growth through the process of photosynthesis. Plants use up the dissolved oxygen during the day and can lead to oxygen-deprived conditions at night, especially in densely vegetated areas like coral reefs.
That is the Aorta. The main artery of the body.
respiratory system endocrine system
Flowing water generally has more dissolved oxygen than still water because moving water allows more oxygen to be absorbed from the air. Still water can become depleted of oxygen over time due to lack of replenishment, especially in stagnant or enclosed areas.
Oxygen is inhaled into the lungs and binds to hemoglobin in red blood cells. Hemoglobin then carries the oxygen-rich blood through the arteries to tissues in the body where it is released for cellular respiration. The oxygen-depleted blood returns to the lungs through the veins to pick up more oxygen.