Amoeba obtains oxygen via diffusion; it takes in water by osmosis, but I would think this is more of a problem, since Amoeba lives in a freshwater environment, and water is always entering by osmosis. Amoeba's problem is getting rid of that water, which it does by means of contractile vacuoles.
Osmosis and diffusion are essential processes that impact our daily lives in various ways. For instance, osmosis regulates fluid balance in our bodies, ensuring cells maintain the right concentration of nutrients and waste products. Diffusion helps in the transportation of oxygen and carbon dioxide in our lungs and blood, facilitating respiration. Additionally, these processes are crucial in food preservation and preparation, such as when salt draws moisture out of vegetables or when sugar dissolves in water.
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Diffusion and osmosis are essential processes that impact our daily lives in various ways. For instance, they are crucial for the functioning of our cells, enabling the transport of nutrients and waste products, which is vital for maintaining our health. Additionally, these processes are utilized in food preservation, such as in pickling, where osmosis helps draw out moisture and inhibit bacterial growth. Understanding these concepts also aids in various industries, from pharmaceuticals to agriculture, enhancing product efficacy and crop yield.
An amoeba lives in an aqueous environment; some oxygen from the air will normally dissolve into the water (or, oxygen is released by plants living in the water) and oxygen will enter the amoeba by the process of diffusion.
Generally the movement is that of the MOVEMENT OF PARTICLES FROM A LOWER TO A HIGHER CONCENTRATION and is known as OSMOSIS. In order for nutrients to reach from the root of a plant to the top of the plant two related processes are involved: CAPILLARY ACTION and OSMOSIS. In the world of the Amoeba there is a tendency for the surrounding medium in which it lives as an AREA OF LOWER CONCENTRATION to flow into the Amoeba through its semi-permeable membrane. This seepage must be occasionally released by means of the Amoeba's CONTRACTILE VACUOLE, which bursts from time to time, thus temporarily restoring the correct concentration within the Amoeba
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A lobster that lives in fresh water.
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Diffusion is crucial for flatworms as it facilitates the exchange of gases, nutrients, and waste products due to their lack of a circulatory system. Their flat, thin bodies provide a large surface area relative to their volume, allowing efficient diffusion to occur directly through their skin. Oxygen diffuses into their bodies from the surrounding water, while carbon dioxide and metabolic wastes diffuse out, supporting their basic physiological functions. This reliance on diffusion limits their size and habitat to moist environments where diffusion can occur effectively.
Fresh water fish do not drink water, they absorbed it through their skin, like osmosis. Sea water fish do drink water, and excrete the salt through their gills. The salmon, which lives in both in environments, gets its water like a fresh water fish when in fresh water and like a sea water fish when in the sea.
Aaron Fresh lives in the state of California