Oxygen can be dissolved in water. This is biologically important because animals that live in the water, such as fish, need to get oxygen from the water to perform respiration and live.
The four main areas of biological contamination are air, water, soil, and food. Contamination in these areas can lead to the spread of pathogens and harmful substances that can affect human health and the environment.
A) light reaction alone B) Clavin cycle alone C) both A & B D) neither of both E) Occur in the chloroplast but not the part of photosynthesis
Octopuses breathe water through gills, not air.
Mercury is not used in biological systems but can be harmful if ingested or absorbed into the body. It is a potent neurotoxin that can damage the nervous system, kidneys, and other organs. Mercury exposure can occur through contaminated food, water, or air.
The environment. It includes physical factors such as air, water, and temperature, as well as biological factors like other organisms and food sources. The environment plays a crucial role in shaping the behavior and characteristics of an organism.
It has dissolved oxygen.
It has dissolved oxygen.
air
Cloudy water is usually the result of dissolved solids in the water, or dissolved air bubbles in the water.
Although fish and other sea life live in water, they still need oxygen from air to function. They use gills (other something similar) to extract air from the water for respiration. If their was no air dissolved in the water, they would suffocate.
Air provides them with Oxygen - Water provides them with nutrients dissolved from the soil !
Air is dissolved in water; all gases have some solubility in liquids.
Air is mixture of gases. Air can be a solute when is dissolved in water, for ex.
Well, as air is found dissolved in water and fish extract the oxygen of the air, then any gas will dissolve in water. Air also contains a small amount of the Noble gases which are therefore present in the air dissolved in it.
More abundant in water than what? If we presume that you mean to compare the concentration of dissolved nitrogen found in rivers and streams to that dissolved in air, there is only a very small amount, around 1%, dissolved in water but, there is around 79% dissolved in air.
Yes, dissolved air can be removed from water through various methods, such as vacuum degassing, where a vacuum is applied to lower the pressure and allow dissolved gases to escape. Another method is heating, which increases the water's temperature and reduces gas solubility, facilitating the release of air. Additionally, using a membrane or gas exchange system can help separate and remove dissolved gases from water.
Sure! Some examples of gas solutions include air (a mixture of gases such as oxygen and nitrogen), carbonated water (carbon dioxide gas dissolved in water), natural gas (methane and other gases dissolved in a liquid), hydrogen gas dissolved in water, and oxygen gas dissolved in water.